ARHGAP35 cDNA ORF clone, Homo sapiens(human)

The following ARHGAP35 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ARHGAP35 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1+/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

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***CloneID Accession No. Definition **Vector *Turnaround time Price (USD) Select
OHu27217 NM_004491.5
Latest version!
Homo sapiens Rho GTPase activating protein 35 (ARHGAP35), mRNA. pcDNA3.1-C-(k)DYK or customized vector
in pcDNA3.1-C-(k)DYK
$519.50-$727.30
$1039.00
OHu27217 XM_017026714.1
Latest version!
Homo sapiens Rho GTPase activating protein 35 (ARHGAP35), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector
in pcDNA3.1-C-(k)DYK
$519.50-$727.30
$1039.00
OHu58112 XM_011526873.2
Latest version!
Homo sapiens Rho GTPase activating protein 35 (ARHGAP35), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu58112 XM_024451473.1
Latest version!
Homo sapiens Rho GTPase activating protein 35 (ARHGAP35), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
View Old Accession Versions >>
OHu27217 NM_004491.4 Homo sapiens Rho GTPase activating protein 35 (ARHGAP35), mRNA. pcDNA3.1-C-(k)DYK or customized vector
in pcDNA3.1-C-(k)DYK
$519.50-$727.30
$1039.00
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

  • Reference Sequences (Refseq)
    CloneID OHu27217
    Clone ID Related Accession (Same CDS sequence) XM_017026714.1 , NM_004491.5 , NM_004491.4
    Accession Version NM_004491.5 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4500bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2020-01-01
    Organism Homo sapiens(human)
    Product rho GTPase-activating protein 35
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC008895.7, AB051509.2, BE871213.1, CX163309.1, AC008755.8 and CA429690.1. This sequence is a reference standard in the RefSeqGene project. On May 8, 2019 this sequence version replaced NM_004491.4. Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript was available for the full length of the gene. The extent of this transcript is supported by transcript alignments and orthologous data. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: SRR7346977.2616084.1, SRR1803612.13661.1 [ECO:0000332] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000672722.1/ ENSP00000500409.1 RefSeq Select criteria :: based on manual assertion, conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGATGATGG CAAGAAAGCA AGATGTCCGA ATTCCCACCT ACAACATCAG TGTGGTGGGA 
    TTATCTGGGA CCGAGAAGGA AAAGGGCCAG TGTGGGATTG GAAAGTCTTG TTTGTGCAAC
    CGCTTCGTGC GCCCGAGTGC TGACGAGTTT CACTTGGACC ATACCTCCGT CCTCAGCACC
    AGTGACTTTG GAGGGCGAGT GGTCAATAAT GACCACTTTC TCTACTGGGG AGAAGTTAGC
    CGCTCCCTGG AGGATTGTGT GGAATGTAAG ATGCACATTG TGGAGCAGAC TGAATTTATT
    GATGATCAGA CTTTTCAACC TCATCGAAGC ACGGCCCTGC AGCCCTATAT CAAGAGAGCT
    GCTGCGACCA AGCTTGCATC AGCTGAAAAA CTCATGTACT TTTGCACTGA CCAGCTGGGG
    CTGGAGCAGG ACTTTGAGCA GAAACAAATG CCAGACGGAA AGCTGCTGGT TGATGGTTTT
    CTTCTTGGTA TTGATGTTAG CAGGGGCATG AATAGGAACT TTGATGACCA GCTCAAGTTT
    GTCTCCAATC TCTACAATCA GCTTGCAAAA ACAAAAAAGC CCATAGTGGT GGTCCTGACT
    AAGTGTGACG AAGGTGTTGA GCGGTACATT AGAGATGCAC ATACTTTTGC CTTAAGCAAA
    AAGAACCTCC AGGTTGTGGA GACCTCAGCG AGATCCAATG TAAACGTGGA CTTGGCTTTC
    AGCACCTTAG TGCAACTCAT TGATAAAAGT CGGGGAAAGA CAAAAATCAT TCCTTATTTT
    GAAGCTCTCA AGCAGCAGAG TCAGCAGATA GCTACAGCAA AAGACAAGTA TGAGTGGCTG
    GTGAGTCGCA TTGTGAAAAA CCACAATGAG AACTGGCTGA GTGTCAGCCG AAAGATGCAG
    GCCTCTCCAG AATACCAGGA CTATGTCTAC CTGGAAGGGA CTCAGAAAGC CAAGAAGCTG
    TTTCTACAGC ACATCCACCG CCTCAAGCAT GAGCATATCG AGCGTAGGAG AAAGCTGTAC
    CTGGCAGCCC TGCCATTAGC TTTTGAAGCT CTTATACCTA ATCTAGATGA AATAGACCAC
    CTAAGCTGCA TAAAAGCCAA AAAGCTCTTA GAAACCAAGC CAGAATTCTT GAAGTGGTTT
    GTTGTGCTTG AAGAGACCCC ATGGGATGCC ACCAGTCACA TTGACAACAT GGAAAACGAA
    CGGATTCCCT TTGATTTAAT GGATACCGTC CCTGCAGAGC AGCTATACGA GGCCCACTTA
    GAGAAGCTGA GGAACGAAAG GAAAAGAGTT GAGATGCGAA GGGCGTTTAA AGAAAACCTG
    GAGACTTCTC CTTTCATAAC TCCCGGAAAG CCTTGGGAAG AGGCCCGTAG TTTTATTATG
    AATGAGGATT TCTACCAGTG GCTGGAGGAA TCTGTATACA TGGATATTTA TGGCAAACAC
    CAAAAGCAAA TTATAGATAA AGCAAAGGAA GAATTTCAGG AGTTGCTTTT GGAATATTCA
    GAATTGTTTT ATGAACTGGA GCTGGATGCT AAGCCCAGCA AGGAGAAGAT GGGTGTTATT
    CAGGATGTTC TGGGAGAGGA ACAGCGATTT AAAGCATTAC AAAAGCTCCA AGCAGAGCGT
    GATGCCCTTA TTCTGAAACA CATTCATTTT GTGTACCACC CAACAAAGGA GACATGCCCC
    AGCTGCCCAG CTTGTGTGGA CGCTAAGATT GAGCACTTGA TTAGTTCTCG GTTTATCCGG
    CCGTCTGACC GGAATCAGAA AAATTCACTC TCTGACCCTA ACATTGATAG AATCAACTTG
    GTTATATTGG GCAAAGACGG CCTTGCCCGA GAGTTGGCCA ATGAGATTCG AGCTCTTTGT
    ACAAATGATG ACAAGTATGT GATAGATGGT AAAATGTATG AGCTTTCCCT GAGGCCAATA
    GAGGGGAATG TCAGGCTTCC TGTGAACTCT TTCCAGACGC CAACATTTCA GCCCCACGGC
    TGTCTCTGCC TTTACAATTC AAAGGAATCG CTATCCTATG TAGTGGAAAG TATAGAGAAG
    AGTAGAGAGT CCACGCTGGG CCGGCGGGAT AATCATTTAG TCCATCTCCC CCTTACATTA
    ATTTTGGTTA ACAAGAGAGG AGACACCAGT GGAGAGACTC TGCATAGCTT AATACAGCAA
    GGTCAACAAA TTGCTAGCAA ACTTCAGTGT GTCTTTCTCG ACCCTGCTTC TGCTGGCATT
    GGTTACGGAC GCAACATTAA TGAAAAGCAA ATCAGTCAAG TTTTGAAGGG ACTCCTGGAC
    TCTAAGCGTA ACTTAAACCT GGTCAGTTCT ACTGCTAGCA TCAAAGATTT GGCTGATGTT
    GATCTGCGAA TTGTTATGTG TCTGATGTGT GGAGATCCTT TTAGTGCAGA TGACATACTT
    TTTCCTGTCC TTCAGTCCCA AACCTGTAAA TCTTCCCATT GTGGAAGCAA CAACTCTGTT
    TTACTTGAAC TACCAATCGG ACTGCACAAG AAGCGGATTG AACTGTCTGT TCTTTCATAC
    CATTCCTCCT TTAGCATCAG AAAGAGCCGG TTGGTTCATG GGTACATTGT TTTTTATTCA
    GCCAAACGTA AGGCCTCTTT GGCTATGTTA CGTGCCTTTC TTTGTGAAGT GCAGGATATT
    ATCCCTATTC AGCTTGTAGC ACTCACTGAT GGCGCTGTAG ATGTCCTGGA CAATGACTTA
    AGTAGGGAAC AGCTAACTGA GGGGGAGGAG ATTGCTCAAG AAATTGACGG AAGGTTCACA
    AGCATCCCCT GTAGCCAACC CCAGCATAAA CTTGAGATCT TTCACCCATT TTTTAAAGAT
    GTGGTGGAAA AAAAGAACAT AATCGAGGCT ACTCATATGT ACGATAATGC TGCCGAGGCC
    TGTAGCACCA CCGAAGAGGT GTTTAACTCC CCCCGGGCAG GATCACCGCT CTGCAACTCA
    AACCTGCAGG ATTCAGAAGA AGATATCGAG CCATCTTACA GCCTGTTTCG AGAAGACACA
    TCACTGCCTT CTCTGTCCAA AGACCATTCT AAGCTCTCTA TGGAACTGGA GGGAAATGAT
    GGGCTGTCTT TCATTATGAG CAATTTTGAG AGTAAACTGA ACAACAAAGT ACCTCCGCCA
    GTCAAACCAA AGCCTCCTGT CCATTTTGAA ATTACAAAGG GGGATCTATC TTATTTAGAC
    CAAGGCCATA GGGATGGACA GAGGAAGTCT GTGTCTTCTA GCCCCTGGCT GCCTCAGGAT
    GGGTTTGATC CTTCTGACTA TGCTGAACCC ATGGATGCTG TGGTGAAGCC AAGGAATGAA
    GAAGAAAACA TATACTCCGT GCCCCATGAC AGCACCCAAG GCAAAATCAT CACCATTCGG
    AATATCAACA AAGCCCAGTC CAACGGCAGC GGGAATGGTT CTGACAGTGA AATGGACACC
    AGCTCTCTAG AGCGAGGGCG CAAGGTTTCC ATCGTGAGCA AGCCAGTGCT GTACAGGACG
    AGATGCACCC GGCTGGGGCG GTTTGCTAGT TACCGGACCA GCTTCAGCGT GGGGAGTGAT
    GATGAGCTGG GGCCCATCCG GAAGAAAGAG GAGGATCAGG CATCCCAGGG TTATAAAGGG
    GACAATGCTG TCATTCCATA CGAAACAGAC GAAGACCCGC GGAGGAGGAA TATTCTTCGC
    AGCCTAAGGA GGAACACTAA GAAACCAAAG CCCAAACCCC GGCCATCCAT CACAAAGGCA
    ACCTGGGAGA GTAACTATTT TGGGGTGCCC TTAACAACTG TCGTGACTCC AGAGAAGCCG
    ATCCCCATTT TTATTGAAAG ATGTATTGAG TACATTGAAG CCACAGGACT GAGCACGGAA
    GGCATCTACC GGGTCAGCGG GAACAAGTCT GAGATGGAGA GTCTGCAGAG ACAGTTTGAT
    CAAGACCACA ACCTGGACCT GGCAGAGAAA GACTTTACGG TGAATACCGT GGCTGGTGCC
    ATGAAGAGCT TTTTCTCAGA ACTGCCTGAC CCCCTGGTCC CGTATAACAT GCAGATCGAC
    TTGGTGGAAG CACACAAAAT CAACGACCGG GAGCAGAAGT TGCATGCCCT TAAGGAGGTA
    TTAAAGAAAT TTCCAAAGGA AAACCACGAA GTCTTCAAGT ATGTCATCTC TCACCTAAAC
    AAGGTCAGCC ACAACAACAA GGTGAATCTC ATGACCAGCG AGAACCTCTC CATCTGCTTC
    TGGCCCACCT TGATGAGACC TGATTTCAGC ACTATGGACG CCCTCACAGC CACGCGCACC
    TACCAGACAA TCATTGAACT CTTTATCCAG CAGTGCCCCT TCTTCTTCTA CAATCGGCCC
    ATCACCGAGC CCCCCGGCGC CAGGCCCAGC TCCCCCTCTG CCGTGGCTTC CACCGTCCCC
    TTCCTCACTT CCACGCCTGT CACAAGTCAG CCGTCGCCCC CACAGTCGCC TCCACCCACC
    CCCCAGTCCC CAATGCAGCC ACTGCTTCCC TCCCAGCTTC AAGCCGAACA CACGCTGTGA

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

    RefSeq NP_004482.4
    CDS402..4901
    Translation

    Target ORF information:

    RefSeq Version NM_004491.5
    Organism Homo sapiens(human)
    Definition Homo sapiens Rho GTPase activating protein 35 (ARHGAP35), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_004491.5

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGATGATGG CAAGAAAGCA AGATGTCCGA ATTCCCACCT ACAACATCAG TGTGGTGGGA 
    TTATCTGGGA CCGAGAAGGA AAAGGGCCAG TGTGGGATTG GAAAGTCTTG TTTGTGCAAC
    CGCTTCGTGC GCCCGAGTGC TGACGAGTTT CACTTGGACC ATACCTCCGT CCTCAGCACC
    AGTGACTTTG GAGGGCGAGT GGTCAATAAT GACCACTTTC TCTACTGGGG AGAAGTTAGC
    CGCTCCCTGG AGGATTGTGT GGAATGTAAG ATGCACATTG TGGAGCAGAC TGAATTTATT
    GATGATCAGA CTTTTCAACC TCATCGAAGC ACGGCCCTGC AGCCCTATAT CAAGAGAGCT
    GCTGCGACCA AGCTTGCATC AGCTGAAAAA CTCATGTACT TTTGCACTGA CCAGCTGGGG
    CTGGAGCAGG ACTTTGAGCA GAAACAAATG CCAGACGGAA AGCTGCTGGT TGATGGTTTT
    CTTCTTGGTA TTGATGTTAG CAGGGGCATG AATAGGAACT TTGATGACCA GCTCAAGTTT
    GTCTCCAATC TCTACAATCA GCTTGCAAAA ACAAAAAAGC CCATAGTGGT GGTCCTGACT
    AAGTGTGACG AAGGTGTTGA GCGGTACATT AGAGATGCAC ATACTTTTGC CTTAAGCAAA
    AAGAACCTCC AGGTTGTGGA GACCTCAGCG AGATCCAATG TAAACGTGGA CTTGGCTTTC
    AGCACCTTAG TGCAACTCAT TGATAAAAGT CGGGGAAAGA CAAAAATCAT TCCTTATTTT
    GAAGCTCTCA AGCAGCAGAG TCAGCAGATA GCTACAGCAA AAGACAAGTA TGAGTGGCTG
    GTGAGTCGCA TTGTGAAAAA CCACAATGAG AACTGGCTGA GTGTCAGCCG AAAGATGCAG
    GCCTCTCCAG AATACCAGGA CTATGTCTAC CTGGAAGGGA CTCAGAAAGC CAAGAAGCTG
    TTTCTACAGC ACATCCACCG CCTCAAGCAT GAGCATATCG AGCGTAGGAG AAAGCTGTAC
    CTGGCAGCCC TGCCATTAGC TTTTGAAGCT CTTATACCTA ATCTAGATGA AATAGACCAC
    CTAAGCTGCA TAAAAGCCAA AAAGCTCTTA GAAACCAAGC CAGAATTCTT GAAGTGGTTT
    GTTGTGCTTG AAGAGACCCC ATGGGATGCC ACCAGTCACA TTGACAACAT GGAAAACGAA
    CGGATTCCCT TTGATTTAAT GGATACCGTC CCTGCAGAGC AGCTATACGA GGCCCACTTA
    GAGAAGCTGA GGAACGAAAG GAAAAGAGTT GAGATGCGAA GGGCGTTTAA AGAAAACCTG
    GAGACTTCTC CTTTCATAAC TCCCGGAAAG CCTTGGGAAG AGGCCCGTAG TTTTATTATG
    AATGAGGATT TCTACCAGTG GCTGGAGGAA TCTGTATACA TGGATATTTA TGGCAAACAC
    CAAAAGCAAA TTATAGATAA AGCAAAGGAA GAATTTCAGG AGTTGCTTTT GGAATATTCA
    GAATTGTTTT ATGAACTGGA GCTGGATGCT AAGCCCAGCA AGGAGAAGAT GGGTGTTATT
    CAGGATGTTC TGGGAGAGGA ACAGCGATTT AAAGCATTAC AAAAGCTCCA AGCAGAGCGT
    GATGCCCTTA TTCTGAAACA CATTCATTTT GTGTACCACC CAACAAAGGA GACATGCCCC
    AGCTGCCCAG CTTGTGTGGA CGCTAAGATT GAGCACTTGA TTAGTTCTCG GTTTATCCGG
    CCGTCTGACC GGAATCAGAA AAATTCACTC TCTGACCCTA ACATTGATAG AATCAACTTG
    GTTATATTGG GCAAAGACGG CCTTGCCCGA GAGTTGGCCA ATGAGATTCG AGCTCTTTGT
    ACAAATGATG ACAAGTATGT GATAGATGGT AAAATGTATG AGCTTTCCCT GAGGCCAATA
    GAGGGGAATG TCAGGCTTCC TGTGAACTCT TTCCAGACGC CAACATTTCA GCCCCACGGC
    TGTCTCTGCC TTTACAATTC AAAGGAATCG CTATCCTATG TAGTGGAAAG TATAGAGAAG
    AGTAGAGAGT CCACGCTGGG CCGGCGGGAT AATCATTTAG TCCATCTCCC CCTTACATTA
    ATTTTGGTTA ACAAGAGAGG AGACACCAGT GGAGAGACTC TGCATAGCTT AATACAGCAA
    GGTCAACAAA TTGCTAGCAA ACTTCAGTGT GTCTTTCTCG ACCCTGCTTC TGCTGGCATT
    GGTTACGGAC GCAACATTAA TGAAAAGCAA ATCAGTCAAG TTTTGAAGGG ACTCCTGGAC
    TCTAAGCGTA ACTTAAACCT GGTCAGTTCT ACTGCTAGCA TCAAAGATTT GGCTGATGTT
    GATCTGCGAA TTGTTATGTG TCTGATGTGT GGAGATCCTT TTAGTGCAGA TGACATACTT
    TTTCCTGTCC TTCAGTCCCA AACCTGTAAA TCTTCCCATT GTGGAAGCAA CAACTCTGTT
    TTACTTGAAC TACCAATCGG ACTGCACAAG AAGCGGATTG AACTGTCTGT TCTTTCATAC
    CATTCCTCCT TTAGCATCAG AAAGAGCCGG TTGGTTCATG GGTACATTGT TTTTTATTCA
    GCCAAACGTA AGGCCTCTTT GGCTATGTTA CGTGCCTTTC TTTGTGAAGT GCAGGATATT
    ATCCCTATTC AGCTTGTAGC ACTCACTGAT GGCGCTGTAG ATGTCCTGGA CAATGACTTA
    AGTAGGGAAC AGCTAACTGA GGGGGAGGAG ATTGCTCAAG AAATTGACGG AAGGTTCACA
    AGCATCCCCT GTAGCCAACC CCAGCATAAA CTTGAGATCT TTCACCCATT TTTTAAAGAT
    GTGGTGGAAA AAAAGAACAT AATCGAGGCT ACTCATATGT ACGATAATGC TGCCGAGGCC
    TGTAGCACCA CCGAAGAGGT GTTTAACTCC CCCCGGGCAG GATCACCGCT CTGCAACTCA
    AACCTGCAGG ATTCAGAAGA AGATATCGAG CCATCTTACA GCCTGTTTCG AGAAGACACA
    TCACTGCCTT CTCTGTCCAA AGACCATTCT AAGCTCTCTA TGGAACTGGA GGGAAATGAT
    GGGCTGTCTT TCATTATGAG CAATTTTGAG AGTAAACTGA ACAACAAAGT ACCTCCGCCA
    GTCAAACCAA AGCCTCCTGT CCATTTTGAA ATTACAAAGG GGGATCTATC TTATTTAGAC
    CAAGGCCATA GGGATGGACA GAGGAAGTCT GTGTCTTCTA GCCCCTGGCT GCCTCAGGAT
    GGGTTTGATC CTTCTGACTA TGCTGAACCC ATGGATGCTG TGGTGAAGCC AAGGAATGAA
    GAAGAAAACA TATACTCCGT GCCCCATGAC AGCACCCAAG GCAAAATCAT CACCATTCGG
    AATATCAACA AAGCCCAGTC CAACGGCAGC GGGAATGGTT CTGACAGTGA AATGGACACC
    AGCTCTCTAG AGCGAGGGCG CAAGGTTTCC ATCGTGAGCA AGCCAGTGCT GTACAGGACG
    AGATGCACCC GGCTGGGGCG GTTTGCTAGT TACCGGACCA GCTTCAGCGT GGGGAGTGAT
    GATGAGCTGG GGCCCATCCG GAAGAAAGAG GAGGATCAGG CATCCCAGGG TTATAAAGGG
    GACAATGCTG TCATTCCATA CGAAACAGAC GAAGACCCGC GGAGGAGGAA TATTCTTCGC
    AGCCTAAGGA GGAACACTAA GAAACCAAAG CCCAAACCCC GGCCATCCAT CACAAAGGCA
    ACCTGGGAGA GTAACTATTT TGGGGTGCCC TTAACAACTG TCGTGACTCC AGAGAAGCCG
    ATCCCCATTT TTATTGAAAG ATGTATTGAG TACATTGAAG CCACAGGACT GAGCACGGAA
    GGCATCTACC GGGTCAGCGG GAACAAGTCT GAGATGGAGA GTCTGCAGAG ACAGTTTGAT
    CAAGACCACA ACCTGGACCT GGCAGAGAAA GACTTTACGG TGAATACCGT GGCTGGTGCC
    ATGAAGAGCT TTTTCTCAGA ACTGCCTGAC CCCCTGGTCC CGTATAACAT GCAGATCGAC
    TTGGTGGAAG CACACAAAAT CAACGACCGG GAGCAGAAGT TGCATGCCCT TAAGGAGGTA
    TTAAAGAAAT TTCCAAAGGA AAACCACGAA GTCTTCAAGT ATGTCATCTC TCACCTAAAC
    AAGGTCAGCC ACAACAACAA GGTGAATCTC ATGACCAGCG AGAACCTCTC CATCTGCTTC
    TGGCCCACCT TGATGAGACC TGATTTCAGC ACTATGGACG CCCTCACAGC CACGCGCACC
    TACCAGACAA TCATTGAACT CTTTATCCAG CAGTGCCCCT TCTTCTTCTA CAATCGGCCC
    ATCACCGAGC CCCCCGGCGC CAGGCCCAGC TCCCCCTCTG CCGTGGCTTC CACCGTCCCC
    TTCCTCACTT CCACGCCTGT CACAAGTCAG CCGTCGCCCC CACAGTCGCC TCCACCCACC
    CCCCAGTCCC CAATGCAGCC ACTGCTTCCC TCCCAGCTTC AAGCCGAACA CACGCTGTGA

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

    CloneID OHu27217
    Clone ID Related Accession (Same CDS sequence) XM_017026714.1 , NM_004491.5 , NM_004491.4
    Accession Version NM_004491.4 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4500bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-02-19
    Organism Homo sapiens(human)
    Product rho GTPase-activating protein 35
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AB051509.2, BE871213.1, CX163309.1, AC008755.8 and CA429690.1. This sequence is a reference standard in the RefSeqGene project. On Jul 3, 2007 this sequence version replaced NM_004491.3. Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript was available for the full length of the gene. The extent of this transcript is supported by transcript alignments and orthologous data. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AB051509.2, BC150257.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGATGATGG CAAGAAAGCA AGATGTCCGA ATTCCCACCT ACAACATCAG TGTGGTGGGA 
    TTATCTGGGA CCGAGAAGGA AAAGGGCCAG TGTGGGATTG GAAAGTCTTG TTTGTGCAAC
    CGCTTCGTGC GCCCGAGTGC TGACGAGTTT CACTTGGACC ATACCTCCGT CCTCAGCACC
    AGTGACTTTG GAGGGCGAGT GGTCAATAAT GACCACTTTC TCTACTGGGG AGAAGTTAGC
    CGCTCCCTGG AGGATTGTGT GGAATGTAAG ATGCACATTG TGGAGCAGAC TGAATTTATT
    GATGATCAGA CTTTTCAACC TCATCGAAGC ACGGCCCTGC AGCCCTATAT CAAGAGAGCT
    GCTGCGACCA AGCTTGCATC AGCTGAAAAA CTCATGTACT TTTGCACTGA CCAGCTGGGG
    CTGGAGCAGG ACTTTGAGCA GAAACAAATG CCAGACGGAA AGCTGCTGGT TGATGGTTTT
    CTTCTTGGTA TTGATGTTAG CAGGGGCATG AATAGGAACT TTGATGACCA GCTCAAGTTT
    GTCTCCAATC TCTACAATCA GCTTGCAAAA ACAAAAAAGC CCATAGTGGT GGTCCTGACT
    AAGTGTGACG AAGGTGTTGA GCGGTACATT AGAGATGCAC ATACTTTTGC CTTAAGCAAA
    AAGAACCTCC AGGTTGTGGA GACCTCAGCG AGATCCAATG TAAACGTGGA CTTGGCTTTC
    AGCACCTTAG TGCAACTCAT TGATAAAAGT CGGGGAAAGA CAAAAATCAT TCCTTATTTT
    GAAGCTCTCA AGCAGCAGAG TCAGCAGATA GCTACAGCAA AAGACAAGTA TGAGTGGCTG
    GTGAGTCGCA TTGTGAAAAA CCACAATGAG AACTGGCTGA GTGTCAGCCG AAAGATGCAG
    GCCTCTCCAG AATACCAGGA CTATGTCTAC CTGGAAGGGA CTCAGAAAGC CAAGAAGCTG
    TTTCTACAGC ACATCCACCG CCTCAAGCAT GAGCATATCG AGCGTAGGAG AAAGCTGTAC
    CTGGCAGCCC TGCCATTAGC TTTTGAAGCT CTTATACCTA ATCTAGATGA AATAGACCAC
    CTAAGCTGCA TAAAAGCCAA AAAGCTCTTA GAAACCAAGC CAGAATTCTT GAAGTGGTTT
    GTTGTGCTTG AAGAGACCCC ATGGGATGCC ACCAGTCACA TTGACAACAT GGAAAACGAA
    CGGATTCCCT TTGATTTAAT GGATACCGTC CCTGCAGAGC AGCTATACGA GGCCCACTTA
    GAGAAGCTGA GGAACGAAAG GAAAAGAGTT GAGATGCGAA GGGCGTTTAA AGAAAACCTG
    GAGACTTCTC CTTTCATAAC TCCCGGAAAG CCTTGGGAAG AGGCCCGTAG TTTTATTATG
    AATGAGGATT TCTACCAGTG GCTGGAGGAA TCTGTATACA TGGATATTTA TGGCAAACAC
    CAAAAGCAAA TTATAGATAA AGCAAAGGAA GAATTTCAGG AGTTGCTTTT GGAATATTCA
    GAATTGTTTT ATGAACTGGA GCTGGATGCT AAGCCCAGCA AGGAGAAGAT GGGTGTTATT
    CAGGATGTTC TGGGAGAGGA ACAGCGATTT AAAGCATTAC AAAAGCTCCA AGCAGAGCGT
    GATGCCCTTA TTCTGAAACA CATTCATTTT GTGTACCACC CAACAAAGGA GACATGCCCC
    AGCTGCCCAG CTTGTGTGGA CGCTAAGATT GAGCACTTGA TTAGTTCTCG GTTTATCCGG
    CCGTCTGACC GGAATCAGAA AAATTCACTC TCTGACCCTA ACATTGATAG AATCAACTTG
    GTTATATTGG GCAAAGACGG CCTTGCCCGA GAGTTGGCCA ATGAGATTCG AGCTCTTTGT
    ACAAATGATG ACAAGTATGT GATAGATGGT AAAATGTATG AGCTTTCCCT GAGGCCAATA
    GAGGGGAATG TCAGGCTTCC TGTGAACTCT TTCCAGACGC CAACATTTCA GCCCCACGGC
    TGTCTCTGCC TTTACAATTC AAAGGAATCG CTATCCTATG TAGTGGAAAG TATAGAGAAG
    AGTAGAGAGT CCACGCTGGG CCGGCGGGAT AATCATTTAG TCCATCTCCC CCTTACATTA
    ATTTTGGTTA ACAAGAGAGG AGACACCAGT GGAGAGACTC TGCATAGCTT AATACAGCAA
    GGTCAACAAA TTGCTAGCAA ACTTCAGTGT GTCTTTCTCG ACCCTGCTTC TGCTGGCATT
    GGTTACGGAC GCAACATTAA TGAAAAGCAA ATCAGTCAAG TTTTGAAGGG ACTCCTGGAC
    TCTAAGCGTA ACTTAAACCT GGTCAGTTCT ACTGCTAGCA TCAAAGATTT GGCTGATGTT
    GATCTGCGAA TTGTTATGTG TCTGATGTGT GGAGATCCTT TTAGTGCAGA TGACATACTT
    TTTCCTGTCC TTCAGTCCCA AACCTGTAAA TCTTCCCATT GTGGAAGCAA CAACTCTGTT
    TTACTTGAAC TACCAATCGG ACTGCACAAG AAGCGGATTG AACTGTCTGT TCTTTCATAC
    CATTCCTCCT TTAGCATCAG AAAGAGCCGG TTGGTTCATG GGTACATTGT TTTTTATTCA
    GCCAAACGTA AGGCCTCTTT GGCTATGTTA CGTGCCTTTC TTTGTGAAGT GCAGGATATT
    ATCCCTATTC AGCTTGTAGC ACTCACTGAT GGCGCTGTAG ATGTCCTGGA CAATGACTTA
    AGTAGGGAAC AGCTAACTGA GGGGGAGGAG ATTGCTCAAG AAATTGACGG AAGGTTCACA
    AGCATCCCCT GTAGCCAACC CCAGCATAAA CTTGAGATCT TTCACCCATT TTTTAAAGAT
    GTGGTGGAAA AAAAGAACAT AATCGAGGCT ACTCATATGT ACGATAATGC TGCCGAGGCC
    TGTAGCACCA CCGAAGAGGT GTTTAACTCC CCCCGGGCAG GATCACCGCT CTGCAACTCA
    AACCTGCAGG ATTCAGAAGA AGATATCGAG CCATCTTACA GCCTGTTTCG AGAAGACACA
    TCACTGCCTT CTCTGTCCAA AGACCATTCT AAGCTCTCTA TGGAACTGGA GGGAAATGAT
    GGGCTGTCTT TCATTATGAG CAATTTTGAG AGTAAACTGA ACAACAAAGT ACCTCCGCCA
    GTCAAACCAA AGCCTCCTGT CCATTTTGAA ATTACAAAGG GGGATCTATC TTATTTAGAC
    CAAGGCCATA GGGATGGACA GAGGAAGTCT GTGTCTTCTA GCCCCTGGCT GCCTCAGGAT
    GGGTTTGATC CTTCTGACTA TGCTGAACCC ATGGATGCTG TGGTGAAGCC AAGGAATGAA
    GAAGAAAACA TATACTCCGT GCCCCATGAC AGCACCCAAG GCAAAATCAT CACCATTCGG
    AATATCAACA AAGCCCAGTC CAACGGCAGC GGGAATGGTT CTGACAGTGA AATGGACACC
    AGCTCTCTAG AGCGAGGGCG CAAGGTTTCC ATCGTGAGCA AGCCAGTGCT GTACAGGACG
    AGATGCACCC GGCTGGGGCG GTTTGCTAGT TACCGGACCA GCTTCAGCGT GGGGAGTGAT
    GATGAGCTGG GGCCCATCCG GAAGAAAGAG GAGGATCAGG CATCCCAGGG TTATAAAGGG
    GACAATGCTG TCATTCCATA CGAAACAGAC GAAGACCCGC GGAGGAGGAA TATTCTTCGC
    AGCCTAAGGA GGAACACTAA GAAACCAAAG CCCAAACCCC GGCCATCCAT CACAAAGGCA
    ACCTGGGAGA GTAACTATTT TGGGGTGCCC TTAACAACTG TCGTGACTCC AGAGAAGCCG
    ATCCCCATTT TTATTGAAAG ATGTATTGAG TACATTGAAG CCACAGGACT GAGCACGGAA
    GGCATCTACC GGGTCAGCGG GAACAAGTCT GAGATGGAGA GTCTGCAGAG ACAGTTTGAT
    CAAGACCACA ACCTGGACCT GGCAGAGAAA GACTTTACGG TGAATACCGT GGCTGGTGCC
    ATGAAGAGCT TTTTCTCAGA ACTGCCTGAC CCCCTGGTCC CGTATAACAT GCAGATCGAC
    TTGGTGGAAG CACACAAAAT CAACGACCGG GAGCAGAAGT TGCATGCCCT TAAGGAGGTA
    TTAAAGAAAT TTCCAAAGGA AAACCACGAA GTCTTCAAGT ATGTCATCTC TCACCTAAAC
    AAGGTCAGCC ACAACAACAA GGTGAATCTC ATGACCAGCG AGAACCTCTC CATCTGCTTC
    TGGCCCACCT TGATGAGACC TGATTTCAGC ACTATGGACG CCCTCACAGC CACGCGCACC
    TACCAGACAA TCATTGAACT CTTTATCCAG CAGTGCCCCT TCTTCTTCTA CAATCGGCCC
    ATCACCGAGC CCCCCGGCGC CAGGCCCAGC TCCCCCTCTG CCGTGGCTTC CACCGTCCCC
    TTCCTCACTT CCACGCCTGT CACAAGTCAG CCGTCGCCCC CACAGTCGCC TCCACCCACC
    CCCCAGTCCC CAATGCAGCC ACTGCTTCCC TCCCAGCTTC AAGCCGAACA CACGCTGTGA

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

    RefSeq NP_004482.4
    CDS1..4500
    Translation

    Target ORF information:

    RefSeq Version NM_004491.4
    Organism Homo sapiens(human)
    Definition Homo sapiens Rho GTPase activating protein 35 (ARHGAP35), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_004491.4

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGATGATGG CAAGAAAGCA AGATGTCCGA ATTCCCACCT ACAACATCAG TGTGGTGGGA 
    TTATCTGGGA CCGAGAAGGA AAAGGGCCAG TGTGGGATTG GAAAGTCTTG TTTGTGCAAC
    CGCTTCGTGC GCCCGAGTGC TGACGAGTTT CACTTGGACC ATACCTCCGT CCTCAGCACC
    AGTGACTTTG GAGGGCGAGT GGTCAATAAT GACCACTTTC TCTACTGGGG AGAAGTTAGC
    CGCTCCCTGG AGGATTGTGT GGAATGTAAG ATGCACATTG TGGAGCAGAC TGAATTTATT
    GATGATCAGA CTTTTCAACC TCATCGAAGC ACGGCCCTGC AGCCCTATAT CAAGAGAGCT
    GCTGCGACCA AGCTTGCATC AGCTGAAAAA CTCATGTACT TTTGCACTGA CCAGCTGGGG
    CTGGAGCAGG ACTTTGAGCA GAAACAAATG CCAGACGGAA AGCTGCTGGT TGATGGTTTT
    CTTCTTGGTA TTGATGTTAG CAGGGGCATG AATAGGAACT TTGATGACCA GCTCAAGTTT
    GTCTCCAATC TCTACAATCA GCTTGCAAAA ACAAAAAAGC CCATAGTGGT GGTCCTGACT
    AAGTGTGACG AAGGTGTTGA GCGGTACATT AGAGATGCAC ATACTTTTGC CTTAAGCAAA
    AAGAACCTCC AGGTTGTGGA GACCTCAGCG AGATCCAATG TAAACGTGGA CTTGGCTTTC
    AGCACCTTAG TGCAACTCAT TGATAAAAGT CGGGGAAAGA CAAAAATCAT TCCTTATTTT
    GAAGCTCTCA AGCAGCAGAG TCAGCAGATA GCTACAGCAA AAGACAAGTA TGAGTGGCTG
    GTGAGTCGCA TTGTGAAAAA CCACAATGAG AACTGGCTGA GTGTCAGCCG AAAGATGCAG
    GCCTCTCCAG AATACCAGGA CTATGTCTAC CTGGAAGGGA CTCAGAAAGC CAAGAAGCTG
    TTTCTACAGC ACATCCACCG CCTCAAGCAT GAGCATATCG AGCGTAGGAG AAAGCTGTAC
    CTGGCAGCCC TGCCATTAGC TTTTGAAGCT CTTATACCTA ATCTAGATGA AATAGACCAC
    CTAAGCTGCA TAAAAGCCAA AAAGCTCTTA GAAACCAAGC CAGAATTCTT GAAGTGGTTT
    GTTGTGCTTG AAGAGACCCC ATGGGATGCC ACCAGTCACA TTGACAACAT GGAAAACGAA
    CGGATTCCCT TTGATTTAAT GGATACCGTC CCTGCAGAGC AGCTATACGA GGCCCACTTA
    GAGAAGCTGA GGAACGAAAG GAAAAGAGTT GAGATGCGAA GGGCGTTTAA AGAAAACCTG
    GAGACTTCTC CTTTCATAAC TCCCGGAAAG CCTTGGGAAG AGGCCCGTAG TTTTATTATG
    AATGAGGATT TCTACCAGTG GCTGGAGGAA TCTGTATACA TGGATATTTA TGGCAAACAC
    CAAAAGCAAA TTATAGATAA AGCAAAGGAA GAATTTCAGG AGTTGCTTTT GGAATATTCA
    GAATTGTTTT ATGAACTGGA GCTGGATGCT AAGCCCAGCA AGGAGAAGAT GGGTGTTATT
    CAGGATGTTC TGGGAGAGGA ACAGCGATTT AAAGCATTAC AAAAGCTCCA AGCAGAGCGT
    GATGCCCTTA TTCTGAAACA CATTCATTTT GTGTACCACC CAACAAAGGA GACATGCCCC
    AGCTGCCCAG CTTGTGTGGA CGCTAAGATT GAGCACTTGA TTAGTTCTCG GTTTATCCGG
    CCGTCTGACC GGAATCAGAA AAATTCACTC TCTGACCCTA ACATTGATAG AATCAACTTG
    GTTATATTGG GCAAAGACGG CCTTGCCCGA GAGTTGGCCA ATGAGATTCG AGCTCTTTGT
    ACAAATGATG ACAAGTATGT GATAGATGGT AAAATGTATG AGCTTTCCCT GAGGCCAATA
    GAGGGGAATG TCAGGCTTCC TGTGAACTCT TTCCAGACGC CAACATTTCA GCCCCACGGC
    TGTCTCTGCC TTTACAATTC AAAGGAATCG CTATCCTATG TAGTGGAAAG TATAGAGAAG
    AGTAGAGAGT CCACGCTGGG CCGGCGGGAT AATCATTTAG TCCATCTCCC CCTTACATTA
    ATTTTGGTTA ACAAGAGAGG AGACACCAGT GGAGAGACTC TGCATAGCTT AATACAGCAA
    GGTCAACAAA TTGCTAGCAA ACTTCAGTGT GTCTTTCTCG ACCCTGCTTC TGCTGGCATT
    GGTTACGGAC GCAACATTAA TGAAAAGCAA ATCAGTCAAG TTTTGAAGGG ACTCCTGGAC
    TCTAAGCGTA ACTTAAACCT GGTCAGTTCT ACTGCTAGCA TCAAAGATTT GGCTGATGTT
    GATCTGCGAA TTGTTATGTG TCTGATGTGT GGAGATCCTT TTAGTGCAGA TGACATACTT
    TTTCCTGTCC TTCAGTCCCA AACCTGTAAA TCTTCCCATT GTGGAAGCAA CAACTCTGTT
    TTACTTGAAC TACCAATCGG ACTGCACAAG AAGCGGATTG AACTGTCTGT TCTTTCATAC
    CATTCCTCCT TTAGCATCAG AAAGAGCCGG TTGGTTCATG GGTACATTGT TTTTTATTCA
    GCCAAACGTA AGGCCTCTTT GGCTATGTTA CGTGCCTTTC TTTGTGAAGT GCAGGATATT
    ATCCCTATTC AGCTTGTAGC ACTCACTGAT GGCGCTGTAG ATGTCCTGGA CAATGACTTA
    AGTAGGGAAC AGCTAACTGA GGGGGAGGAG ATTGCTCAAG AAATTGACGG AAGGTTCACA
    AGCATCCCCT GTAGCCAACC CCAGCATAAA CTTGAGATCT TTCACCCATT TTTTAAAGAT
    GTGGTGGAAA AAAAGAACAT AATCGAGGCT ACTCATATGT ACGATAATGC TGCCGAGGCC
    TGTAGCACCA CCGAAGAGGT GTTTAACTCC CCCCGGGCAG GATCACCGCT CTGCAACTCA
    AACCTGCAGG ATTCAGAAGA AGATATCGAG CCATCTTACA GCCTGTTTCG AGAAGACACA
    TCACTGCCTT CTCTGTCCAA AGACCATTCT AAGCTCTCTA TGGAACTGGA GGGAAATGAT
    GGGCTGTCTT TCATTATGAG CAATTTTGAG AGTAAACTGA ACAACAAAGT ACCTCCGCCA
    GTCAAACCAA AGCCTCCTGT CCATTTTGAA ATTACAAAGG GGGATCTATC TTATTTAGAC
    CAAGGCCATA GGGATGGACA GAGGAAGTCT GTGTCTTCTA GCCCCTGGCT GCCTCAGGAT
    GGGTTTGATC CTTCTGACTA TGCTGAACCC ATGGATGCTG TGGTGAAGCC AAGGAATGAA
    GAAGAAAACA TATACTCCGT GCCCCATGAC AGCACCCAAG GCAAAATCAT CACCATTCGG
    AATATCAACA AAGCCCAGTC CAACGGCAGC GGGAATGGTT CTGACAGTGA AATGGACACC
    AGCTCTCTAG AGCGAGGGCG CAAGGTTTCC ATCGTGAGCA AGCCAGTGCT GTACAGGACG
    AGATGCACCC GGCTGGGGCG GTTTGCTAGT TACCGGACCA GCTTCAGCGT GGGGAGTGAT
    GATGAGCTGG GGCCCATCCG GAAGAAAGAG GAGGATCAGG CATCCCAGGG TTATAAAGGG
    GACAATGCTG TCATTCCATA CGAAACAGAC GAAGACCCGC GGAGGAGGAA TATTCTTCGC
    AGCCTAAGGA GGAACACTAA GAAACCAAAG CCCAAACCCC GGCCATCCAT CACAAAGGCA
    ACCTGGGAGA GTAACTATTT TGGGGTGCCC TTAACAACTG TCGTGACTCC AGAGAAGCCG
    ATCCCCATTT TTATTGAAAG ATGTATTGAG TACATTGAAG CCACAGGACT GAGCACGGAA
    GGCATCTACC GGGTCAGCGG GAACAAGTCT GAGATGGAGA GTCTGCAGAG ACAGTTTGAT
    CAAGACCACA ACCTGGACCT GGCAGAGAAA GACTTTACGG TGAATACCGT GGCTGGTGCC
    ATGAAGAGCT TTTTCTCAGA ACTGCCTGAC CCCCTGGTCC CGTATAACAT GCAGATCGAC
    TTGGTGGAAG CACACAAAAT CAACGACCGG GAGCAGAAGT TGCATGCCCT TAAGGAGGTA
    TTAAAGAAAT TTCCAAAGGA AAACCACGAA GTCTTCAAGT ATGTCATCTC TCACCTAAAC
    AAGGTCAGCC ACAACAACAA GGTGAATCTC ATGACCAGCG AGAACCTCTC CATCTGCTTC
    TGGCCCACCT TGATGAGACC TGATTTCAGC ACTATGGACG CCCTCACAGC CACGCGCACC
    TACCAGACAA TCATTGAACT CTTTATCCAG CAGTGCCCCT TCTTCTTCTA CAATCGGCCC
    ATCACCGAGC CCCCCGGCGC CAGGCCCAGC TCCCCCTCTG CCGTGGCTTC CACCGTCCCC
    TTCCTCACTT CCACGCCTGT CACAAGTCAG CCGTCGCCCC CACAGTCGCC TCCACCCACC
    CCCCAGTCCC CAATGCAGCC ACTGCTTCCC TCCCAGCTTC AAGCCGAACA CACGCTGTGA

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

    CloneID OHu27217
    Clone ID Related Accession (Same CDS sequence) XM_017026714.1 , NM_004491.5 , NM_004491.4
    Accession Version XM_017026714.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4500bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2016-06-05
    Organism Homo sapiens(human)
    Product rho GTPase-activating protein 35 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGATGATGG CAAGAAAGCA AGATGTCCGA ATTCCCACCT ACAACATCAG TGTGGTGGGA 
    TTATCTGGGA CCGAGAAGGA AAAGGGCCAG TGTGGGATTG GAAAGTCTTG TTTGTGCAAC
    CGCTTCGTGC GCCCGAGTGC TGACGAGTTT CACTTGGACC ATACCTCCGT CCTCAGCACC
    AGTGACTTTG GAGGGCGAGT GGTCAATAAT GACCACTTTC TCTACTGGGG AGAAGTTAGC
    CGCTCCCTGG AGGATTGTGT GGAATGTAAG ATGCACATTG TGGAGCAGAC TGAATTTATT
    GATGATCAGA CTTTTCAACC TCATCGAAGC ACGGCCCTGC AGCCCTATAT CAAGAGAGCT
    GCTGCGACCA AGCTTGCATC AGCTGAAAAA CTCATGTACT TTTGCACTGA CCAGCTGGGG
    CTGGAGCAGG ACTTTGAGCA GAAACAAATG CCAGACGGAA AGCTGCTGGT TGATGGTTTT
    CTTCTTGGTA TTGATGTTAG CAGGGGCATG AATAGGAACT TTGATGACCA GCTCAAGTTT
    GTCTCCAATC TCTACAATCA GCTTGCAAAA ACAAAAAAGC CCATAGTGGT GGTCCTGACT
    AAGTGTGACG AAGGTGTTGA GCGGTACATT AGAGATGCAC ATACTTTTGC CTTAAGCAAA
    AAGAACCTCC AGGTTGTGGA GACCTCAGCG AGATCCAATG TAAACGTGGA CTTGGCTTTC
    AGCACCTTAG TGCAACTCAT TGATAAAAGT CGGGGAAAGA CAAAAATCAT TCCTTATTTT
    GAAGCTCTCA AGCAGCAGAG TCAGCAGATA GCTACAGCAA AAGACAAGTA TGAGTGGCTG
    GTGAGTCGCA TTGTGAAAAA CCACAATGAG AACTGGCTGA GTGTCAGCCG AAAGATGCAG
    GCCTCTCCAG AATACCAGGA CTATGTCTAC CTGGAAGGGA CTCAGAAAGC CAAGAAGCTG
    TTTCTACAGC ACATCCACCG CCTCAAGCAT GAGCATATCG AGCGTAGGAG AAAGCTGTAC
    CTGGCAGCCC TGCCATTAGC TTTTGAAGCT CTTATACCTA ATCTAGATGA AATAGACCAC
    CTAAGCTGCA TAAAAGCCAA AAAGCTCTTA GAAACCAAGC CAGAATTCTT GAAGTGGTTT
    GTTGTGCTTG AAGAGACCCC ATGGGATGCC ACCAGTCACA TTGACAACAT GGAAAACGAA
    CGGATTCCCT TTGATTTAAT GGATACCGTC CCTGCAGAGC AGCTATACGA GGCCCACTTA
    GAGAAGCTGA GGAACGAAAG GAAAAGAGTT GAGATGCGAA GGGCGTTTAA AGAAAACCTG
    GAGACTTCTC CTTTCATAAC TCCCGGAAAG CCTTGGGAAG AGGCCCGTAG TTTTATTATG
    AATGAGGATT TCTACCAGTG GCTGGAGGAA TCTGTATACA TGGATATTTA TGGCAAACAC
    CAAAAGCAAA TTATAGATAA AGCAAAGGAA GAATTTCAGG AGTTGCTTTT GGAATATTCA
    GAATTGTTTT ATGAACTGGA GCTGGATGCT AAGCCCAGCA AGGAGAAGAT GGGTGTTATT
    CAGGATGTTC TGGGAGAGGA ACAGCGATTT AAAGCATTAC AAAAGCTCCA AGCAGAGCGT
    GATGCCCTTA TTCTGAAACA CATTCATTTT GTGTACCACC CAACAAAGGA GACATGCCCC
    AGCTGCCCAG CTTGTGTGGA CGCTAAGATT GAGCACTTGA TTAGTTCTCG GTTTATCCGG
    CCGTCTGACC GGAATCAGAA AAATTCACTC TCTGACCCTA ACATTGATAG AATCAACTTG
    GTTATATTGG GCAAAGACGG CCTTGCCCGA GAGTTGGCCA ATGAGATTCG AGCTCTTTGT
    ACAAATGATG ACAAGTATGT GATAGATGGT AAAATGTATG AGCTTTCCCT GAGGCCAATA
    GAGGGGAATG TCAGGCTTCC TGTGAACTCT TTCCAGACGC CAACATTTCA GCCCCACGGC
    TGTCTCTGCC TTTACAATTC AAAGGAATCG CTATCCTATG TAGTGGAAAG TATAGAGAAG
    AGTAGAGAGT CCACGCTGGG CCGGCGGGAT AATCATTTAG TCCATCTCCC CCTTACATTA
    ATTTTGGTTA ACAAGAGAGG AGACACCAGT GGAGAGACTC TGCATAGCTT AATACAGCAA
    GGTCAACAAA TTGCTAGCAA ACTTCAGTGT GTCTTTCTCG ACCCTGCTTC TGCTGGCATT
    GGTTACGGAC GCAACATTAA TGAAAAGCAA ATCAGTCAAG TTTTGAAGGG ACTCCTGGAC
    TCTAAGCGTA ACTTAAACCT GGTCAGTTCT ACTGCTAGCA TCAAAGATTT GGCTGATGTT
    GATCTGCGAA TTGTTATGTG TCTGATGTGT GGAGATCCTT TTAGTGCAGA TGACATACTT
    TTTCCTGTCC TTCAGTCCCA AACCTGTAAA TCTTCCCATT GTGGAAGCAA CAACTCTGTT
    TTACTTGAAC TACCAATCGG ACTGCACAAG AAGCGGATTG AACTGTCTGT TCTTTCATAC
    CATTCCTCCT TTAGCATCAG AAAGAGCCGG TTGGTTCATG GGTACATTGT TTTTTATTCA
    GCCAAACGTA AGGCCTCTTT GGCTATGTTA CGTGCCTTTC TTTGTGAAGT GCAGGATATT
    ATCCCTATTC AGCTTGTAGC ACTCACTGAT GGCGCTGTAG ATGTCCTGGA CAATGACTTA
    AGTAGGGAAC AGCTAACTGA GGGGGAGGAG ATTGCTCAAG AAATTGACGG AAGGTTCACA
    AGCATCCCCT GTAGCCAACC CCAGCATAAA CTTGAGATCT TTCACCCATT TTTTAAAGAT
    GTGGTGGAAA AAAAGAACAT AATCGAGGCT ACTCATATGT ACGATAATGC TGCCGAGGCC
    TGTAGCACCA CCGAAGAGGT GTTTAACTCC CCCCGGGCAG GATCACCGCT CTGCAACTCA
    AACCTGCAGG ATTCAGAAGA AGATATCGAG CCATCTTACA GCCTGTTTCG AGAAGACACA
    TCACTGCCTT CTCTGTCCAA AGACCATTCT AAGCTCTCTA TGGAACTGGA GGGAAATGAT
    GGGCTGTCTT TCATTATGAG CAATTTTGAG AGTAAACTGA ACAACAAAGT ACCTCCGCCA
    GTCAAACCAA AGCCTCCTGT CCATTTTGAA ATTACAAAGG GGGATCTATC TTATTTAGAC
    CAAGGCCATA GGGATGGACA GAGGAAGTCT GTGTCTTCTA GCCCCTGGCT GCCTCAGGAT
    GGGTTTGATC CTTCTGACTA TGCTGAACCC ATGGATGCTG TGGTGAAGCC AAGGAATGAA
    GAAGAAAACA TATACTCCGT GCCCCATGAC AGCACCCAAG GCAAAATCAT CACCATTCGG
    AATATCAACA AAGCCCAGTC CAACGGCAGC GGGAATGGTT CTGACAGTGA AATGGACACC
    AGCTCTCTAG AGCGAGGGCG CAAGGTTTCC ATCGTGAGCA AGCCAGTGCT GTACAGGACG
    AGATGCACCC GGCTGGGGCG GTTTGCTAGT TACCGGACCA GCTTCAGCGT GGGGAGTGAT
    GATGAGCTGG GGCCCATCCG GAAGAAAGAG GAGGATCAGG CATCCCAGGG TTATAAAGGG
    GACAATGCTG TCATTCCATA CGAAACAGAC GAAGACCCGC GGAGGAGGAA TATTCTTCGC
    AGCCTAAGGA GGAACACTAA GAAACCAAAG CCCAAACCCC GGCCATCCAT CACAAAGGCA
    ACCTGGGAGA GTAACTATTT TGGGGTGCCC TTAACAACTG TCGTGACTCC AGAGAAGCCG
    ATCCCCATTT TTATTGAAAG ATGTATTGAG TACATTGAAG CCACAGGACT GAGCACGGAA
    GGCATCTACC GGGTCAGCGG GAACAAGTCT GAGATGGAGA GTCTGCAGAG ACAGTTTGAT
    CAAGACCACA ACCTGGACCT GGCAGAGAAA GACTTTACGG TGAATACCGT GGCTGGTGCC
    ATGAAGAGCT TTTTCTCAGA ACTGCCTGAC CCCCTGGTCC CGTATAACAT GCAGATCGAC
    TTGGTGGAAG CACACAAAAT CAACGACCGG GAGCAGAAGT TGCATGCCCT TAAGGAGGTA
    TTAAAGAAAT TTCCAAAGGA AAACCACGAA GTCTTCAAGT ATGTCATCTC TCACCTAAAC
    AAGGTCAGCC ACAACAACAA GGTGAATCTC ATGACCAGCG AGAACCTCTC CATCTGCTTC
    TGGCCCACCT TGATGAGACC TGATTTCAGC ACTATGGACG CCCTCACAGC CACGCGCACC
    TACCAGACAA TCATTGAACT CTTTATCCAG CAGTGCCCCT TCTTCTTCTA CAATCGGCCC
    ATCACCGAGC CCCCCGGCGC CAGGCCCAGC TCCCCCTCTG CCGTGGCTTC CACCGTCCCC
    TTCCTCACTT CCACGCCTGT CACAAGTCAG CCGTCGCCCC CACAGTCGCC TCCACCCACC
    CCCCAGTCCC CAATGCAGCC ACTGCTTCCC TCCCAGCTTC AAGCCGAACA CACGCTGTGA

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

    RefSeq XP_016882203.1
    CDS397..4896
    Translation

    Target ORF information:

    RefSeq Version XM_017026714.1
    Organism Homo sapiens(human)
    Definition Homo sapiens Rho GTPase activating protein 35 (ARHGAP35), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017026714.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGATGATGG CAAGAAAGCA AGATGTCCGA ATTCCCACCT ACAACATCAG TGTGGTGGGA 
    TTATCTGGGA CCGAGAAGGA AAAGGGCCAG TGTGGGATTG GAAAGTCTTG TTTGTGCAAC
    CGCTTCGTGC GCCCGAGTGC TGACGAGTTT CACTTGGACC ATACCTCCGT CCTCAGCACC
    AGTGACTTTG GAGGGCGAGT GGTCAATAAT GACCACTTTC TCTACTGGGG AGAAGTTAGC
    CGCTCCCTGG AGGATTGTGT GGAATGTAAG ATGCACATTG TGGAGCAGAC TGAATTTATT
    GATGATCAGA CTTTTCAACC TCATCGAAGC ACGGCCCTGC AGCCCTATAT CAAGAGAGCT
    GCTGCGACCA AGCTTGCATC AGCTGAAAAA CTCATGTACT TTTGCACTGA CCAGCTGGGG
    CTGGAGCAGG ACTTTGAGCA GAAACAAATG CCAGACGGAA AGCTGCTGGT TGATGGTTTT
    CTTCTTGGTA TTGATGTTAG CAGGGGCATG AATAGGAACT TTGATGACCA GCTCAAGTTT
    GTCTCCAATC TCTACAATCA GCTTGCAAAA ACAAAAAAGC CCATAGTGGT GGTCCTGACT
    AAGTGTGACG AAGGTGTTGA GCGGTACATT AGAGATGCAC ATACTTTTGC CTTAAGCAAA
    AAGAACCTCC AGGTTGTGGA GACCTCAGCG AGATCCAATG TAAACGTGGA CTTGGCTTTC
    AGCACCTTAG TGCAACTCAT TGATAAAAGT CGGGGAAAGA CAAAAATCAT TCCTTATTTT
    GAAGCTCTCA AGCAGCAGAG TCAGCAGATA GCTACAGCAA AAGACAAGTA TGAGTGGCTG
    GTGAGTCGCA TTGTGAAAAA CCACAATGAG AACTGGCTGA GTGTCAGCCG AAAGATGCAG
    GCCTCTCCAG AATACCAGGA CTATGTCTAC CTGGAAGGGA CTCAGAAAGC CAAGAAGCTG
    TTTCTACAGC ACATCCACCG CCTCAAGCAT GAGCATATCG AGCGTAGGAG AAAGCTGTAC
    CTGGCAGCCC TGCCATTAGC TTTTGAAGCT CTTATACCTA ATCTAGATGA AATAGACCAC
    CTAAGCTGCA TAAAAGCCAA AAAGCTCTTA GAAACCAAGC CAGAATTCTT GAAGTGGTTT
    GTTGTGCTTG AAGAGACCCC ATGGGATGCC ACCAGTCACA TTGACAACAT GGAAAACGAA
    CGGATTCCCT TTGATTTAAT GGATACCGTC CCTGCAGAGC AGCTATACGA GGCCCACTTA
    GAGAAGCTGA GGAACGAAAG GAAAAGAGTT GAGATGCGAA GGGCGTTTAA AGAAAACCTG
    GAGACTTCTC CTTTCATAAC TCCCGGAAAG CCTTGGGAAG AGGCCCGTAG TTTTATTATG
    AATGAGGATT TCTACCAGTG GCTGGAGGAA TCTGTATACA TGGATATTTA TGGCAAACAC
    CAAAAGCAAA TTATAGATAA AGCAAAGGAA GAATTTCAGG AGTTGCTTTT GGAATATTCA
    GAATTGTTTT ATGAACTGGA GCTGGATGCT AAGCCCAGCA AGGAGAAGAT GGGTGTTATT
    CAGGATGTTC TGGGAGAGGA ACAGCGATTT AAAGCATTAC AAAAGCTCCA AGCAGAGCGT
    GATGCCCTTA TTCTGAAACA CATTCATTTT GTGTACCACC CAACAAAGGA GACATGCCCC
    AGCTGCCCAG CTTGTGTGGA CGCTAAGATT GAGCACTTGA TTAGTTCTCG GTTTATCCGG
    CCGTCTGACC GGAATCAGAA AAATTCACTC TCTGACCCTA ACATTGATAG AATCAACTTG
    GTTATATTGG GCAAAGACGG CCTTGCCCGA GAGTTGGCCA ATGAGATTCG AGCTCTTTGT
    ACAAATGATG ACAAGTATGT GATAGATGGT AAAATGTATG AGCTTTCCCT GAGGCCAATA
    GAGGGGAATG TCAGGCTTCC TGTGAACTCT TTCCAGACGC CAACATTTCA GCCCCACGGC
    TGTCTCTGCC TTTACAATTC AAAGGAATCG CTATCCTATG TAGTGGAAAG TATAGAGAAG
    AGTAGAGAGT CCACGCTGGG CCGGCGGGAT AATCATTTAG TCCATCTCCC CCTTACATTA
    ATTTTGGTTA ACAAGAGAGG AGACACCAGT GGAGAGACTC TGCATAGCTT AATACAGCAA
    GGTCAACAAA TTGCTAGCAA ACTTCAGTGT GTCTTTCTCG ACCCTGCTTC TGCTGGCATT
    GGTTACGGAC GCAACATTAA TGAAAAGCAA ATCAGTCAAG TTTTGAAGGG ACTCCTGGAC
    TCTAAGCGTA ACTTAAACCT GGTCAGTTCT ACTGCTAGCA TCAAAGATTT GGCTGATGTT
    GATCTGCGAA TTGTTATGTG TCTGATGTGT GGAGATCCTT TTAGTGCAGA TGACATACTT
    TTTCCTGTCC TTCAGTCCCA AACCTGTAAA TCTTCCCATT GTGGAAGCAA CAACTCTGTT
    TTACTTGAAC TACCAATCGG ACTGCACAAG AAGCGGATTG AACTGTCTGT TCTTTCATAC
    CATTCCTCCT TTAGCATCAG AAAGAGCCGG TTGGTTCATG GGTACATTGT TTTTTATTCA
    GCCAAACGTA AGGCCTCTTT GGCTATGTTA CGTGCCTTTC TTTGTGAAGT GCAGGATATT
    ATCCCTATTC AGCTTGTAGC ACTCACTGAT GGCGCTGTAG ATGTCCTGGA CAATGACTTA
    AGTAGGGAAC AGCTAACTGA GGGGGAGGAG ATTGCTCAAG AAATTGACGG AAGGTTCACA
    AGCATCCCCT GTAGCCAACC CCAGCATAAA CTTGAGATCT TTCACCCATT TTTTAAAGAT
    GTGGTGGAAA AAAAGAACAT AATCGAGGCT ACTCATATGT ACGATAATGC TGCCGAGGCC
    TGTAGCACCA CCGAAGAGGT GTTTAACTCC CCCCGGGCAG GATCACCGCT CTGCAACTCA
    AACCTGCAGG ATTCAGAAGA AGATATCGAG CCATCTTACA GCCTGTTTCG AGAAGACACA
    TCACTGCCTT CTCTGTCCAA AGACCATTCT AAGCTCTCTA TGGAACTGGA GGGAAATGAT
    GGGCTGTCTT TCATTATGAG CAATTTTGAG AGTAAACTGA ACAACAAAGT ACCTCCGCCA
    GTCAAACCAA AGCCTCCTGT CCATTTTGAA ATTACAAAGG GGGATCTATC TTATTTAGAC
    CAAGGCCATA GGGATGGACA GAGGAAGTCT GTGTCTTCTA GCCCCTGGCT GCCTCAGGAT
    GGGTTTGATC CTTCTGACTA TGCTGAACCC ATGGATGCTG TGGTGAAGCC AAGGAATGAA
    GAAGAAAACA TATACTCCGT GCCCCATGAC AGCACCCAAG GCAAAATCAT CACCATTCGG
    AATATCAACA AAGCCCAGTC CAACGGCAGC GGGAATGGTT CTGACAGTGA AATGGACACC
    AGCTCTCTAG AGCGAGGGCG CAAGGTTTCC ATCGTGAGCA AGCCAGTGCT GTACAGGACG
    AGATGCACCC GGCTGGGGCG GTTTGCTAGT TACCGGACCA GCTTCAGCGT GGGGAGTGAT
    GATGAGCTGG GGCCCATCCG GAAGAAAGAG GAGGATCAGG CATCCCAGGG TTATAAAGGG
    GACAATGCTG TCATTCCATA CGAAACAGAC GAAGACCCGC GGAGGAGGAA TATTCTTCGC
    AGCCTAAGGA GGAACACTAA GAAACCAAAG CCCAAACCCC GGCCATCCAT CACAAAGGCA
    ACCTGGGAGA GTAACTATTT TGGGGTGCCC TTAACAACTG TCGTGACTCC AGAGAAGCCG
    ATCCCCATTT TTATTGAAAG ATGTATTGAG TACATTGAAG CCACAGGACT GAGCACGGAA
    GGCATCTACC GGGTCAGCGG GAACAAGTCT GAGATGGAGA GTCTGCAGAG ACAGTTTGAT
    CAAGACCACA ACCTGGACCT GGCAGAGAAA GACTTTACGG TGAATACCGT GGCTGGTGCC
    ATGAAGAGCT TTTTCTCAGA ACTGCCTGAC CCCCTGGTCC CGTATAACAT GCAGATCGAC
    TTGGTGGAAG CACACAAAAT CAACGACCGG GAGCAGAAGT TGCATGCCCT TAAGGAGGTA
    TTAAAGAAAT TTCCAAAGGA AAACCACGAA GTCTTCAAGT ATGTCATCTC TCACCTAAAC
    AAGGTCAGCC ACAACAACAA GGTGAATCTC ATGACCAGCG AGAACCTCTC CATCTGCTTC
    TGGCCCACCT TGATGAGACC TGATTTCAGC ACTATGGACG CCCTCACAGC CACGCGCACC
    TACCAGACAA TCATTGAACT CTTTATCCAG CAGTGCCCCT TCTTCTTCTA CAATCGGCCC
    ATCACCGAGC CCCCCGGCGC CAGGCCCAGC TCCCCCTCTG CCGTGGCTTC CACCGTCCCC
    TTCCTCACTT CCACGCCTGT CACAAGTCAG CCGTCGCCCC CACAGTCGCC TCCACCCACC
    CCCCAGTCCC CAATGCAGCC ACTGCTTCCC TCCCAGCTTC AAGCCGAACA CACGCTGTGA

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

    CloneID OHu58112
    Clone ID Related Accession (Same CDS sequence) XM_011526873.2 , XM_024451473.1
    Accession Version XM_011526873.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4248bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2016-06-05
    Organism Homo sapiens(human)
    Product rho GTPase-activating protein 35 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011526873.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    ATGATGATGG CAAGAAAGCA AGATGTCCGA ATTCCCACCT ACAACATCAG TGTGGTGGGA 
    TTATCTGGGA CCGAGAAGGA AAAGGGCCAG TGTGGGATTG GAAAGTCTTG TTTGTGCAAC
    CGCTTCGTGC GCCCGAGTGC TGACGAGTTT CACTTGGACC ATACCTCCGT CCTCAGCACC
    AGTGACTTTG GAGGGCGAGT GGTCAATAAT GACCACTTTC TCTACTGGGG AGAAGTTAGC
    CGCTCCCTGG AGGATTGTGT GGAATGTAAG ATGCACATTG TGGAGCAGAC TGAATTTATT
    GATGATCAGA CTTTTCAACC TCATCGAAGC ACGGCCCTGC AGCCCTATAT CAAGAGAGCT
    GCTGCGACCA AGCTTGCATC AGCTGAAAAA CTCATGTACT TTTGCACTGA CCAGCTGGGG
    CTGGAGCAGG ACTTTGAGCA GAAACAAATG CCAGACGGAA AGCTGCTGGT TGATGGTTTT
    CTTCTTGGTA TTGATGTTAG CAGGGGCATG AATAGGAACT TTGATGACCA GCTCAAGTTT
    GTCTCCAATC TCTACAATCA GCTTGCAAAA ACAAAAAAGC CCATAGTGGT GGTCCTGACT
    AAGTGTGACG AAGGTGTTGA GCGGTACATT AGAGATGCAC ATACTTTTGC CTTAAGCAAA
    AAGAACCTCC AGGTTGTGGA GACCTCAGCG AGATCCAATG TAAACGTGGA CTTGGCTTTC
    AGCACCTTAG TGCAACTCAT TGATAAAAGT CGGGGAAAGA CAAAAATCAT TCCTTATTTT
    GAAGCTCTCA AGCAGCAGAG TCAGCAGATA GCTACAGCAA AAGACAAGTA TGAGTGGCTG
    GTGAGTCGCA TTGTGAAAAA CCACAATGAG AACTGGCTGA GTGTCAGCCG AAAGATGCAG
    GCCTCTCCAG AATACCAGGA CTATGTCTAC CTGGAAGGGA CTCAGAAAGC CAAGAAGCTG
    TTTCTACAGC ACATCCACCG CCTCAAGCAT GAGCATATCG AGCGTAGGAG AAAGCTGTAC
    CTGGCAGCCC TGCCATTAGC TTTTGAAGCT CTTATACCTA ATCTAGATGA AATAGACCAC
    CTAAGCTGCA TAAAAGCCAA AAAGCTCTTA GAAACCAAGC CAGAATTCTT GAAGTGGTTT
    GTTGTGCTTG AAGAGACCCC ATGGGATGCC ACCAGTCACA TTGACAACAT GGAAAACGAA
    CGGATTCCCT TTGATTTAAT GGATACCGTC CCTGCAGAGC AGCTATACGA GGCCCACTTA
    GAGAAGCTGA GGAACGAAAG GAAAAGAGTT GAGATGCGAA GGGCGTTTAA AGAAAACCTG
    GAGACTTCTC CTTTCATAAC TCCCGGAAAG CCTTGGGAAG AGGCCCGTAG TTTTATTATG
    AATGAGGATT TCTACCAGTG GCTGGAGGAA TCTGTATACA TGGATATTTA TGGCAAACAC
    CAAAAGCAAA TTATAGATAA AGCAAAGGAA GAATTTCAGG AGTTGCTTTT GGAATATTCA
    GAATTGTTTT ATGAACTGGA GCTGGATGCT AAGCCCAGCA AGGAGAAGAT GGGTGTTATT
    CAGGATGTTC TGGGAGAGGA ACAGCGATTT AAAGCATTAC AAAAGCTCCA AGCAGAGCGT
    GATGCCCTTA TTCTGAAACA CATTCATTTT GTGTACCACC CAACAAAGGA GACATGCCCC
    AGCTGCCCAG CTTGTGTGGA CGCTAAGATT GAGCACTTGA TTAGTTCTCG GTTTATCCGG
    CCGTCTGACC GGAATCAGAA AAATTCACTC TCTGACCCTA ACATTGATAG AATCAACTTG
    GTTATATTGG GCAAAGACGG CCTTGCCCGA GAGTTGGCCA ATGAGATTCG AGCTCTTTGT
    ACAAATGATG ACAAGTATGT GATAGATGGT AAAATGTATG AGCTTTCCCT GAGGCCAATA
    GAGGGGAATG TCAGGCTTCC TGTGAACTCT TTCCAGACGC CAACATTTCA GCCCCACGGC
    TGTCTCTGCC TTTACAATTC AAAGGAATCG CTATCCTATG TAGTGGAAAG TATAGAGAAG
    AGTAGAGAGT CCACGCTGGG CCGGCGGGAT AATCATTTAG TCCATCTCCC CCTTACATTA
    ATTTTGGTTA ACAAGAGAGG AGACACCAGT GGAGAGACTC TGCATAGCTT AATACAGCAA
    GGTCAACAAA TTGCTAGCAA ACTTCAGTGT GTCTTTCTCG ACCCTGCTTC TGCTGGCATT
    GGTTACGGAC GCAACATTAA TGAAAAGCAA ATCAGTCAAG TTTTGAAGGG ACTCCTGGAC
    TCTAAGCGTA ACTTAAACCT GGTCAGTTCT ACTGCTAGCA TCAAAGATTT GGCTGATGTT
    GATCTGCGAA TTGTTATGTG TCTGATGTGT GGAGATCCTT TTAGTGCAGA TGACATACTT
    TTTCCTGTCC TTCAGTCCCA AACCTGTAAA TCTTCCCATT GTGGAAGCAA CAACTCTGTT
    TTACTTGAAC TACCAATCGG ACTGCACAAG AAGCGGATTG AACTGTCTGT TCTTTCATAC
    CATTCCTCCT TTAGCATCAG AAAGAGCCGG TTGGTTCATG GGTACATTGT TTTTTATTCA
    GCCAAACGTA AGGCCTCTTT GGCTATGTTA CGTGCCTTTC TTTGTGAAGT GCAGGATATT
    ATCCCTATTC AGCTTGTAGC ACTCACTGAT GGCGCTGTAG ATGTCCTGGA CAATGACTTA
    AGTAGGGAAC AGCTAACTGA GGGGGAGGAG ATTGCTCAAG AAATTGACGG AAGGTTCACA
    AGCATCCCCT GTAGCCAACC CCAGCATAAA CTTGAGATCT TTCACCCATT TTTTAAAGAT
    GTGGTGGAAA AAAAGAACAT AATCGAGGCT ACTCATATGT ACGATAATGC TGCCGAGGCC
    TGTAGCACCA CCGAAGAGGT GTTTAACTCC CCCCGGGCAG GATCACCGCT CTGCAACTCA
    AACCTGCAGG ATTCAGAAGA AGATATCGAG CCATCTTACA GCCTGTTTCG AGAAGACACA
    TCACTGCCTT CTCTGTCCAA AGACCATTCT AAGCTCTCTA TGGAACTGGA GGGAAATGAT
    GGGCTGTCTT TCATTATGAG CAATTTTGAG AGTAAACTGA ACAACAAAGT ACCTCCGCCA
    GTCAAACCAA AGCCTCCTGT CCATTTTGAA ATTACAAAGG GGGATCTATC TTATTTAGAC
    CAAGGCCATA GGGATGGACA GAGGAAGTCT GTGTCTTCTA GCCCCTGGCT GCCTCAGGAT
    GGGTTTGATC CTTCTGACTA TGCTGAACCC ATGGATGCTG TGGTGAAGCC AAGGAATGAA
    GAAGAAAACA TATACTCCGT GCCCCATGAC AGCACCCAAG GCAAAATCAT CACCATTCGG
    AATATCAACA AAGCCCAGTC CAACGGCAGC GGGAATGGTT CTGACAGTGA AATGGACACC
    AGCTCTCTAG AGCGAGGGCG CAAGGTTTCC ATCGTGAGCA AGCCAGTGCT GTACAGGACG
    AGATGCACCC GGCTGGGGCG GTTTGCTAGT TACCGGACCA GCTTCAGCGT GGGGAGTGAT
    GATGAGCTGG GGCCCATCCG GAAGAAAGAG GAGGATCAGG CATCCCAGGG TTATAAAGGG
    GACAATGCTG TCATTCCATA CGAAACAGAC GAAGACCCGC GGAGGAGGAA TATTCTTCGC
    AGCCTAAGGA GGAACACTAA GAAACCAAAG CCCAAACCCC GGCCATCCAT CACAAAGGCA
    ACCTGGGAGA GTAACTATTT TGGGGTGCCC TTAACAACTG TCGTGACTCC AGAGAAGCCG
    ATCCCCATTT TTATTGAAAG ATGTATTGAG TACATTGAAG CCACAGGACT GAGCACGGAA
    GGCATCTACC GGGTCAGCGG GAACAAGTCT GAGATGGAGA GTCTGCAGAG ACAGTTTGAT
    CAAGACCACA ACCTGGACCT GGCAGAGAAA GACTTTACGG TGAATACCGT GGCTGGTGCC
    ATGAAGAGCT TTTTCTCAGA ACTGCCTGAC CCCCTGGTCC CGTATAACAT GCAGATCGAC
    TTGGTGGAAG CACACAAAAT CAACGACCGG GAGCAGAAGT TGCATGCCCT TAAGGAGGTA
    TTAAAGAAAT TTCCAAAGGA AAACCACGAA GTCTTCAAGT ATGTCATCTC TCACCTAAAC
    AACTGGGGAG AACCGGGACA CTGCACCTCG AGAGATGTGC TGCAGGAGAC AGCCAGCCTC
    CGGCATGGAG CACAGCCGCA GGCGGGAGGC CGTATGGTTG TTCCCTGA

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

    RefSeq XP_011525175.1
    CDS397..4644
    Translation

    Target ORF information:

    RefSeq Version XM_011526873.2
    Organism Homo sapiens(human)
    Definition Homo sapiens Rho GTPase activating protein 35 (ARHGAP35), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011526873.2

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    ATGATGATGG CAAGAAAGCA AGATGTCCGA ATTCCCACCT ACAACATCAG TGTGGTGGGA 
    TTATCTGGGA CCGAGAAGGA AAAGGGCCAG TGTGGGATTG GAAAGTCTTG TTTGTGCAAC
    CGCTTCGTGC GCCCGAGTGC TGACGAGTTT CACTTGGACC ATACCTCCGT CCTCAGCACC
    AGTGACTTTG GAGGGCGAGT GGTCAATAAT GACCACTTTC TCTACTGGGG AGAAGTTAGC
    CGCTCCCTGG AGGATTGTGT GGAATGTAAG ATGCACATTG TGGAGCAGAC TGAATTTATT
    GATGATCAGA CTTTTCAACC TCATCGAAGC ACGGCCCTGC AGCCCTATAT CAAGAGAGCT
    GCTGCGACCA AGCTTGCATC AGCTGAAAAA CTCATGTACT TTTGCACTGA CCAGCTGGGG
    CTGGAGCAGG ACTTTGAGCA GAAACAAATG CCAGACGGAA AGCTGCTGGT TGATGGTTTT
    CTTCTTGGTA TTGATGTTAG CAGGGGCATG AATAGGAACT TTGATGACCA GCTCAAGTTT
    GTCTCCAATC TCTACAATCA GCTTGCAAAA ACAAAAAAGC CCATAGTGGT GGTCCTGACT
    AAGTGTGACG AAGGTGTTGA GCGGTACATT AGAGATGCAC ATACTTTTGC CTTAAGCAAA
    AAGAACCTCC AGGTTGTGGA GACCTCAGCG AGATCCAATG TAAACGTGGA CTTGGCTTTC
    AGCACCTTAG TGCAACTCAT TGATAAAAGT CGGGGAAAGA CAAAAATCAT TCCTTATTTT
    GAAGCTCTCA AGCAGCAGAG TCAGCAGATA GCTACAGCAA AAGACAAGTA TGAGTGGCTG
    GTGAGTCGCA TTGTGAAAAA CCACAATGAG AACTGGCTGA GTGTCAGCCG AAAGATGCAG
    GCCTCTCCAG AATACCAGGA CTATGTCTAC CTGGAAGGGA CTCAGAAAGC CAAGAAGCTG
    TTTCTACAGC ACATCCACCG CCTCAAGCAT GAGCATATCG AGCGTAGGAG AAAGCTGTAC
    CTGGCAGCCC TGCCATTAGC TTTTGAAGCT CTTATACCTA ATCTAGATGA AATAGACCAC
    CTAAGCTGCA TAAAAGCCAA AAAGCTCTTA GAAACCAAGC CAGAATTCTT GAAGTGGTTT
    GTTGTGCTTG AAGAGACCCC ATGGGATGCC ACCAGTCACA TTGACAACAT GGAAAACGAA
    CGGATTCCCT TTGATTTAAT GGATACCGTC CCTGCAGAGC AGCTATACGA GGCCCACTTA
    GAGAAGCTGA GGAACGAAAG GAAAAGAGTT GAGATGCGAA GGGCGTTTAA AGAAAACCTG
    GAGACTTCTC CTTTCATAAC TCCCGGAAAG CCTTGGGAAG AGGCCCGTAG TTTTATTATG
    AATGAGGATT TCTACCAGTG GCTGGAGGAA TCTGTATACA TGGATATTTA TGGCAAACAC
    CAAAAGCAAA TTATAGATAA AGCAAAGGAA GAATTTCAGG AGTTGCTTTT GGAATATTCA
    GAATTGTTTT ATGAACTGGA GCTGGATGCT AAGCCCAGCA AGGAGAAGAT GGGTGTTATT
    CAGGATGTTC TGGGAGAGGA ACAGCGATTT AAAGCATTAC AAAAGCTCCA AGCAGAGCGT
    GATGCCCTTA TTCTGAAACA CATTCATTTT GTGTACCACC CAACAAAGGA GACATGCCCC
    AGCTGCCCAG CTTGTGTGGA CGCTAAGATT GAGCACTTGA TTAGTTCTCG GTTTATCCGG
    CCGTCTGACC GGAATCAGAA AAATTCACTC TCTGACCCTA ACATTGATAG AATCAACTTG
    GTTATATTGG GCAAAGACGG CCTTGCCCGA GAGTTGGCCA ATGAGATTCG AGCTCTTTGT
    ACAAATGATG ACAAGTATGT GATAGATGGT AAAATGTATG AGCTTTCCCT GAGGCCAATA
    GAGGGGAATG TCAGGCTTCC TGTGAACTCT TTCCAGACGC CAACATTTCA GCCCCACGGC
    TGTCTCTGCC TTTACAATTC AAAGGAATCG CTATCCTATG TAGTGGAAAG TATAGAGAAG
    AGTAGAGAGT CCACGCTGGG CCGGCGGGAT AATCATTTAG TCCATCTCCC CCTTACATTA
    ATTTTGGTTA ACAAGAGAGG AGACACCAGT GGAGAGACTC TGCATAGCTT AATACAGCAA
    GGTCAACAAA TTGCTAGCAA ACTTCAGTGT GTCTTTCTCG ACCCTGCTTC TGCTGGCATT
    GGTTACGGAC GCAACATTAA TGAAAAGCAA ATCAGTCAAG TTTTGAAGGG ACTCCTGGAC
    TCTAAGCGTA ACTTAAACCT GGTCAGTTCT ACTGCTAGCA TCAAAGATTT GGCTGATGTT
    GATCTGCGAA TTGTTATGTG TCTGATGTGT GGAGATCCTT TTAGTGCAGA TGACATACTT
    TTTCCTGTCC TTCAGTCCCA AACCTGTAAA TCTTCCCATT GTGGAAGCAA CAACTCTGTT
    TTACTTGAAC TACCAATCGG ACTGCACAAG AAGCGGATTG AACTGTCTGT TCTTTCATAC
    CATTCCTCCT TTAGCATCAG AAAGAGCCGG TTGGTTCATG GGTACATTGT TTTTTATTCA
    GCCAAACGTA AGGCCTCTTT GGCTATGTTA CGTGCCTTTC TTTGTGAAGT GCAGGATATT
    ATCCCTATTC AGCTTGTAGC ACTCACTGAT GGCGCTGTAG ATGTCCTGGA CAATGACTTA
    AGTAGGGAAC AGCTAACTGA GGGGGAGGAG ATTGCTCAAG AAATTGACGG AAGGTTCACA
    AGCATCCCCT GTAGCCAACC CCAGCATAAA CTTGAGATCT TTCACCCATT TTTTAAAGAT
    GTGGTGGAAA AAAAGAACAT AATCGAGGCT ACTCATATGT ACGATAATGC TGCCGAGGCC
    TGTAGCACCA CCGAAGAGGT GTTTAACTCC CCCCGGGCAG GATCACCGCT CTGCAACTCA
    AACCTGCAGG ATTCAGAAGA AGATATCGAG CCATCTTACA GCCTGTTTCG AGAAGACACA
    TCACTGCCTT CTCTGTCCAA AGACCATTCT AAGCTCTCTA TGGAACTGGA GGGAAATGAT
    GGGCTGTCTT TCATTATGAG CAATTTTGAG AGTAAACTGA ACAACAAAGT ACCTCCGCCA
    GTCAAACCAA AGCCTCCTGT CCATTTTGAA ATTACAAAGG GGGATCTATC TTATTTAGAC
    CAAGGCCATA GGGATGGACA GAGGAAGTCT GTGTCTTCTA GCCCCTGGCT GCCTCAGGAT
    GGGTTTGATC CTTCTGACTA TGCTGAACCC ATGGATGCTG TGGTGAAGCC AAGGAATGAA
    GAAGAAAACA TATACTCCGT GCCCCATGAC AGCACCCAAG GCAAAATCAT CACCATTCGG
    AATATCAACA AAGCCCAGTC CAACGGCAGC GGGAATGGTT CTGACAGTGA AATGGACACC
    AGCTCTCTAG AGCGAGGGCG CAAGGTTTCC ATCGTGAGCA AGCCAGTGCT GTACAGGACG
    AGATGCACCC GGCTGGGGCG GTTTGCTAGT TACCGGACCA GCTTCAGCGT GGGGAGTGAT
    GATGAGCTGG GGCCCATCCG GAAGAAAGAG GAGGATCAGG CATCCCAGGG TTATAAAGGG
    GACAATGCTG TCATTCCATA CGAAACAGAC GAAGACCCGC GGAGGAGGAA TATTCTTCGC
    AGCCTAAGGA GGAACACTAA GAAACCAAAG CCCAAACCCC GGCCATCCAT CACAAAGGCA
    ACCTGGGAGA GTAACTATTT TGGGGTGCCC TTAACAACTG TCGTGACTCC AGAGAAGCCG
    ATCCCCATTT TTATTGAAAG ATGTATTGAG TACATTGAAG CCACAGGACT GAGCACGGAA
    GGCATCTACC GGGTCAGCGG GAACAAGTCT GAGATGGAGA GTCTGCAGAG ACAGTTTGAT
    CAAGACCACA ACCTGGACCT GGCAGAGAAA GACTTTACGG TGAATACCGT GGCTGGTGCC
    ATGAAGAGCT TTTTCTCAGA ACTGCCTGAC CCCCTGGTCC CGTATAACAT GCAGATCGAC
    TTGGTGGAAG CACACAAAAT CAACGACCGG GAGCAGAAGT TGCATGCCCT TAAGGAGGTA
    TTAAAGAAAT TTCCAAAGGA AAACCACGAA GTCTTCAAGT ATGTCATCTC TCACCTAAAC
    AACTGGGGAG AACCGGGACA CTGCACCTCG AGAGATGTGC TGCAGGAGAC AGCCAGCCTC
    CGGCATGGAG CACAGCCGCA GGCGGGAGGC CGTATGGTTG TTCCCTGA

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

    CloneID OHu58112
    Clone ID Related Accession (Same CDS sequence) XM_011526873.2 , XM_024451473.1
    Accession Version XM_024451473.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4248bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product rho GTPase-activating protein 35 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000019.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    ATGATGATGG CAAGAAAGCA AGATGTCCGA ATTCCCACCT ACAACATCAG TGTGGTGGGA 
    TTATCTGGGA CCGAGAAGGA AAAGGGCCAG TGTGGGATTG GAAAGTCTTG TTTGTGCAAC
    CGCTTCGTGC GCCCGAGTGC TGACGAGTTT CACTTGGACC ATACCTCCGT CCTCAGCACC
    AGTGACTTTG GAGGGCGAGT GGTCAATAAT GACCACTTTC TCTACTGGGG AGAAGTTAGC
    CGCTCCCTGG AGGATTGTGT GGAATGTAAG ATGCACATTG TGGAGCAGAC TGAATTTATT
    GATGATCAGA CTTTTCAACC TCATCGAAGC ACGGCCCTGC AGCCCTATAT CAAGAGAGCT
    GCTGCGACCA AGCTTGCATC AGCTGAAAAA CTCATGTACT TTTGCACTGA CCAGCTGGGG
    CTGGAGCAGG ACTTTGAGCA GAAACAAATG CCAGACGGAA AGCTGCTGGT TGATGGTTTT
    CTTCTTGGTA TTGATGTTAG CAGGGGCATG AATAGGAACT TTGATGACCA GCTCAAGTTT
    GTCTCCAATC TCTACAATCA GCTTGCAAAA ACAAAAAAGC CCATAGTGGT GGTCCTGACT
    AAGTGTGACG AAGGTGTTGA GCGGTACATT AGAGATGCAC ATACTTTTGC CTTAAGCAAA
    AAGAACCTCC AGGTTGTGGA GACCTCAGCG AGATCCAATG TAAACGTGGA CTTGGCTTTC
    AGCACCTTAG TGCAACTCAT TGATAAAAGT CGGGGAAAGA CAAAAATCAT TCCTTATTTT
    GAAGCTCTCA AGCAGCAGAG TCAGCAGATA GCTACAGCAA AAGACAAGTA TGAGTGGCTG
    GTGAGTCGCA TTGTGAAAAA CCACAATGAG AACTGGCTGA GTGTCAGCCG AAAGATGCAG
    GCCTCTCCAG AATACCAGGA CTATGTCTAC CTGGAAGGGA CTCAGAAAGC CAAGAAGCTG
    TTTCTACAGC ACATCCACCG CCTCAAGCAT GAGCATATCG AGCGTAGGAG AAAGCTGTAC
    CTGGCAGCCC TGCCATTAGC TTTTGAAGCT CTTATACCTA ATCTAGATGA AATAGACCAC
    CTAAGCTGCA TAAAAGCCAA AAAGCTCTTA GAAACCAAGC CAGAATTCTT GAAGTGGTTT
    GTTGTGCTTG AAGAGACCCC ATGGGATGCC ACCAGTCACA TTGACAACAT GGAAAACGAA
    CGGATTCCCT TTGATTTAAT GGATACCGTC CCTGCAGAGC AGCTATACGA GGCCCACTTA
    GAGAAGCTGA GGAACGAAAG GAAAAGAGTT GAGATGCGAA GGGCGTTTAA AGAAAACCTG
    GAGACTTCTC CTTTCATAAC TCCCGGAAAG CCTTGGGAAG AGGCCCGTAG TTTTATTATG
    AATGAGGATT TCTACCAGTG GCTGGAGGAA TCTGTATACA TGGATATTTA TGGCAAACAC
    CAAAAGCAAA TTATAGATAA AGCAAAGGAA GAATTTCAGG AGTTGCTTTT GGAATATTCA
    GAATTGTTTT ATGAACTGGA GCTGGATGCT AAGCCCAGCA AGGAGAAGAT GGGTGTTATT
    CAGGATGTTC TGGGAGAGGA ACAGCGATTT AAAGCATTAC AAAAGCTCCA AGCAGAGCGT
    GATGCCCTTA TTCTGAAACA CATTCATTTT GTGTACCACC CAACAAAGGA GACATGCCCC
    AGCTGCCCAG CTTGTGTGGA CGCTAAGATT GAGCACTTGA TTAGTTCTCG GTTTATCCGG
    CCGTCTGACC GGAATCAGAA AAATTCACTC TCTGACCCTA ACATTGATAG AATCAACTTG
    GTTATATTGG GCAAAGACGG CCTTGCCCGA GAGTTGGCCA ATGAGATTCG AGCTCTTTGT
    ACAAATGATG ACAAGTATGT GATAGATGGT AAAATGTATG AGCTTTCCCT GAGGCCAATA
    GAGGGGAATG TCAGGCTTCC TGTGAACTCT TTCCAGACGC CAACATTTCA GCCCCACGGC
    TGTCTCTGCC TTTACAATTC AAAGGAATCG CTATCCTATG TAGTGGAAAG TATAGAGAAG
    AGTAGAGAGT CCACGCTGGG CCGGCGGGAT AATCATTTAG TCCATCTCCC CCTTACATTA
    ATTTTGGTTA ACAAGAGAGG AGACACCAGT GGAGAGACTC TGCATAGCTT AATACAGCAA
    GGTCAACAAA TTGCTAGCAA ACTTCAGTGT GTCTTTCTCG ACCCTGCTTC TGCTGGCATT
    GGTTACGGAC GCAACATTAA TGAAAAGCAA ATCAGTCAAG TTTTGAAGGG ACTCCTGGAC
    TCTAAGCGTA ACTTAAACCT GGTCAGTTCT ACTGCTAGCA TCAAAGATTT GGCTGATGTT
    GATCTGCGAA TTGTTATGTG TCTGATGTGT GGAGATCCTT TTAGTGCAGA TGACATACTT
    TTTCCTGTCC TTCAGTCCCA AACCTGTAAA TCTTCCCATT GTGGAAGCAA CAACTCTGTT
    TTACTTGAAC TACCAATCGG ACTGCACAAG AAGCGGATTG AACTGTCTGT TCTTTCATAC
    CATTCCTCCT TTAGCATCAG AAAGAGCCGG TTGGTTCATG GGTACATTGT TTTTTATTCA
    GCCAAACGTA AGGCCTCTTT GGCTATGTTA CGTGCCTTTC TTTGTGAAGT GCAGGATATT
    ATCCCTATTC AGCTTGTAGC ACTCACTGAT GGCGCTGTAG ATGTCCTGGA CAATGACTTA
    AGTAGGGAAC AGCTAACTGA GGGGGAGGAG ATTGCTCAAG AAATTGACGG AAGGTTCACA
    AGCATCCCCT GTAGCCAACC CCAGCATAAA CTTGAGATCT TTCACCCATT TTTTAAAGAT
    GTGGTGGAAA AAAAGAACAT AATCGAGGCT ACTCATATGT ACGATAATGC TGCCGAGGCC
    TGTAGCACCA CCGAAGAGGT GTTTAACTCC CCCCGGGCAG GATCACCGCT CTGCAACTCA
    AACCTGCAGG ATTCAGAAGA AGATATCGAG CCATCTTACA GCCTGTTTCG AGAAGACACA
    TCACTGCCTT CTCTGTCCAA AGACCATTCT AAGCTCTCTA TGGAACTGGA GGGAAATGAT
    GGGCTGTCTT TCATTATGAG CAATTTTGAG AGTAAACTGA ACAACAAAGT ACCTCCGCCA
    GTCAAACCAA AGCCTCCTGT CCATTTTGAA ATTACAAAGG GGGATCTATC TTATTTAGAC
    CAAGGCCATA GGGATGGACA GAGGAAGTCT GTGTCTTCTA GCCCCTGGCT GCCTCAGGAT
    GGGTTTGATC CTTCTGACTA TGCTGAACCC ATGGATGCTG TGGTGAAGCC AAGGAATGAA
    GAAGAAAACA TATACTCCGT GCCCCATGAC AGCACCCAAG GCAAAATCAT CACCATTCGG
    AATATCAACA AAGCCCAGTC CAACGGCAGC GGGAATGGTT CTGACAGTGA AATGGACACC
    AGCTCTCTAG AGCGAGGGCG CAAGGTTTCC ATCGTGAGCA AGCCAGTGCT GTACAGGACG
    AGATGCACCC GGCTGGGGCG GTTTGCTAGT TACCGGACCA GCTTCAGCGT GGGGAGTGAT
    GATGAGCTGG GGCCCATCCG GAAGAAAGAG GAGGATCAGG CATCCCAGGG TTATAAAGGG
    GACAATGCTG TCATTCCATA CGAAACAGAC GAAGACCCGC GGAGGAGGAA TATTCTTCGC
    AGCCTAAGGA GGAACACTAA GAAACCAAAG CCCAAACCCC GGCCATCCAT CACAAAGGCA
    ACCTGGGAGA GTAACTATTT TGGGGTGCCC TTAACAACTG TCGTGACTCC AGAGAAGCCG
    ATCCCCATTT TTATTGAAAG ATGTATTGAG TACATTGAAG CCACAGGACT GAGCACGGAA
    GGCATCTACC GGGTCAGCGG GAACAAGTCT GAGATGGAGA GTCTGCAGAG ACAGTTTGAT
    CAAGACCACA ACCTGGACCT GGCAGAGAAA GACTTTACGG TGAATACCGT GGCTGGTGCC
    ATGAAGAGCT TTTTCTCAGA ACTGCCTGAC CCCCTGGTCC CGTATAACAT GCAGATCGAC
    TTGGTGGAAG CACACAAAAT CAACGACCGG GAGCAGAAGT TGCATGCCCT TAAGGAGGTA
    TTAAAGAAAT TTCCAAAGGA AAACCACGAA GTCTTCAAGT ATGTCATCTC TCACCTAAAC
    AACTGGGGAG AACCGGGACA CTGCACCTCG AGAGATGTGC TGCAGGAGAC AGCCAGCCTC
    CGGCATGGAG CACAGCCGCA GGCGGGAGGC CGTATGGTTG TTCCCTGA

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

    RefSeq XP_024307241.1
    CDS110..4357
    Translation

    Target ORF information:

    RefSeq Version XM_024451473.1
    Organism Homo sapiens(human)
    Definition Homo sapiens Rho GTPase activating protein 35 (ARHGAP35), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_024451473.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    ATGATGATGG CAAGAAAGCA AGATGTCCGA ATTCCCACCT ACAACATCAG TGTGGTGGGA 
    TTATCTGGGA CCGAGAAGGA AAAGGGCCAG TGTGGGATTG GAAAGTCTTG TTTGTGCAAC
    CGCTTCGTGC GCCCGAGTGC TGACGAGTTT CACTTGGACC ATACCTCCGT CCTCAGCACC
    AGTGACTTTG GAGGGCGAGT GGTCAATAAT GACCACTTTC TCTACTGGGG AGAAGTTAGC
    CGCTCCCTGG AGGATTGTGT GGAATGTAAG ATGCACATTG TGGAGCAGAC TGAATTTATT
    GATGATCAGA CTTTTCAACC TCATCGAAGC ACGGCCCTGC AGCCCTATAT CAAGAGAGCT
    GCTGCGACCA AGCTTGCATC AGCTGAAAAA CTCATGTACT TTTGCACTGA CCAGCTGGGG
    CTGGAGCAGG ACTTTGAGCA GAAACAAATG CCAGACGGAA AGCTGCTGGT TGATGGTTTT
    CTTCTTGGTA TTGATGTTAG CAGGGGCATG AATAGGAACT TTGATGACCA GCTCAAGTTT
    GTCTCCAATC TCTACAATCA GCTTGCAAAA ACAAAAAAGC CCATAGTGGT GGTCCTGACT
    AAGTGTGACG AAGGTGTTGA GCGGTACATT AGAGATGCAC ATACTTTTGC CTTAAGCAAA
    AAGAACCTCC AGGTTGTGGA GACCTCAGCG AGATCCAATG TAAACGTGGA CTTGGCTTTC
    AGCACCTTAG TGCAACTCAT TGATAAAAGT CGGGGAAAGA CAAAAATCAT TCCTTATTTT
    GAAGCTCTCA AGCAGCAGAG TCAGCAGATA GCTACAGCAA AAGACAAGTA TGAGTGGCTG
    GTGAGTCGCA TTGTGAAAAA CCACAATGAG AACTGGCTGA GTGTCAGCCG AAAGATGCAG
    GCCTCTCCAG AATACCAGGA CTATGTCTAC CTGGAAGGGA CTCAGAAAGC CAAGAAGCTG
    TTTCTACAGC ACATCCACCG CCTCAAGCAT GAGCATATCG AGCGTAGGAG AAAGCTGTAC
    CTGGCAGCCC TGCCATTAGC TTTTGAAGCT CTTATACCTA ATCTAGATGA AATAGACCAC
    CTAAGCTGCA TAAAAGCCAA AAAGCTCTTA GAAACCAAGC CAGAATTCTT GAAGTGGTTT
    GTTGTGCTTG AAGAGACCCC ATGGGATGCC ACCAGTCACA TTGACAACAT GGAAAACGAA
    CGGATTCCCT TTGATTTAAT GGATACCGTC CCTGCAGAGC AGCTATACGA GGCCCACTTA
    GAGAAGCTGA GGAACGAAAG GAAAAGAGTT GAGATGCGAA GGGCGTTTAA AGAAAACCTG
    GAGACTTCTC CTTTCATAAC TCCCGGAAAG CCTTGGGAAG AGGCCCGTAG TTTTATTATG
    AATGAGGATT TCTACCAGTG GCTGGAGGAA TCTGTATACA TGGATATTTA TGGCAAACAC
    CAAAAGCAAA TTATAGATAA AGCAAAGGAA GAATTTCAGG AGTTGCTTTT GGAATATTCA
    GAATTGTTTT ATGAACTGGA GCTGGATGCT AAGCCCAGCA AGGAGAAGAT GGGTGTTATT
    CAGGATGTTC TGGGAGAGGA ACAGCGATTT AAAGCATTAC AAAAGCTCCA AGCAGAGCGT
    GATGCCCTTA TTCTGAAACA CATTCATTTT GTGTACCACC CAACAAAGGA GACATGCCCC
    AGCTGCCCAG CTTGTGTGGA CGCTAAGATT GAGCACTTGA TTAGTTCTCG GTTTATCCGG
    CCGTCTGACC GGAATCAGAA AAATTCACTC TCTGACCCTA ACATTGATAG AATCAACTTG
    GTTATATTGG GCAAAGACGG CCTTGCCCGA GAGTTGGCCA ATGAGATTCG AGCTCTTTGT
    ACAAATGATG ACAAGTATGT GATAGATGGT AAAATGTATG AGCTTTCCCT GAGGCCAATA
    GAGGGGAATG TCAGGCTTCC TGTGAACTCT TTCCAGACGC CAACATTTCA GCCCCACGGC
    TGTCTCTGCC TTTACAATTC AAAGGAATCG CTATCCTATG TAGTGGAAAG TATAGAGAAG
    AGTAGAGAGT CCACGCTGGG CCGGCGGGAT AATCATTTAG TCCATCTCCC CCTTACATTA
    ATTTTGGTTA ACAAGAGAGG AGACACCAGT GGAGAGACTC TGCATAGCTT AATACAGCAA
    GGTCAACAAA TTGCTAGCAA ACTTCAGTGT GTCTTTCTCG ACCCTGCTTC TGCTGGCATT
    GGTTACGGAC GCAACATTAA TGAAAAGCAA ATCAGTCAAG TTTTGAAGGG ACTCCTGGAC
    TCTAAGCGTA ACTTAAACCT GGTCAGTTCT ACTGCTAGCA TCAAAGATTT GGCTGATGTT
    GATCTGCGAA TTGTTATGTG TCTGATGTGT GGAGATCCTT TTAGTGCAGA TGACATACTT
    TTTCCTGTCC TTCAGTCCCA AACCTGTAAA TCTTCCCATT GTGGAAGCAA CAACTCTGTT
    TTACTTGAAC TACCAATCGG ACTGCACAAG AAGCGGATTG AACTGTCTGT TCTTTCATAC
    CATTCCTCCT TTAGCATCAG AAAGAGCCGG TTGGTTCATG GGTACATTGT TTTTTATTCA
    GCCAAACGTA AGGCCTCTTT GGCTATGTTA CGTGCCTTTC TTTGTGAAGT GCAGGATATT
    ATCCCTATTC AGCTTGTAGC ACTCACTGAT GGCGCTGTAG ATGTCCTGGA CAATGACTTA
    AGTAGGGAAC AGCTAACTGA GGGGGAGGAG ATTGCTCAAG AAATTGACGG AAGGTTCACA
    AGCATCCCCT GTAGCCAACC CCAGCATAAA CTTGAGATCT TTCACCCATT TTTTAAAGAT
    GTGGTGGAAA AAAAGAACAT AATCGAGGCT ACTCATATGT ACGATAATGC TGCCGAGGCC
    TGTAGCACCA CCGAAGAGGT GTTTAACTCC CCCCGGGCAG GATCACCGCT CTGCAACTCA
    AACCTGCAGG ATTCAGAAGA AGATATCGAG CCATCTTACA GCCTGTTTCG AGAAGACACA
    TCACTGCCTT CTCTGTCCAA AGACCATTCT AAGCTCTCTA TGGAACTGGA GGGAAATGAT
    GGGCTGTCTT TCATTATGAG CAATTTTGAG AGTAAACTGA ACAACAAAGT ACCTCCGCCA
    GTCAAACCAA AGCCTCCTGT CCATTTTGAA ATTACAAAGG GGGATCTATC TTATTTAGAC
    CAAGGCCATA GGGATGGACA GAGGAAGTCT GTGTCTTCTA GCCCCTGGCT GCCTCAGGAT
    GGGTTTGATC CTTCTGACTA TGCTGAACCC ATGGATGCTG TGGTGAAGCC AAGGAATGAA
    GAAGAAAACA TATACTCCGT GCCCCATGAC AGCACCCAAG GCAAAATCAT CACCATTCGG
    AATATCAACA AAGCCCAGTC CAACGGCAGC GGGAATGGTT CTGACAGTGA AATGGACACC
    AGCTCTCTAG AGCGAGGGCG CAAGGTTTCC ATCGTGAGCA AGCCAGTGCT GTACAGGACG
    AGATGCACCC GGCTGGGGCG GTTTGCTAGT TACCGGACCA GCTTCAGCGT GGGGAGTGAT
    GATGAGCTGG GGCCCATCCG GAAGAAAGAG GAGGATCAGG CATCCCAGGG TTATAAAGGG
    GACAATGCTG TCATTCCATA CGAAACAGAC GAAGACCCGC GGAGGAGGAA TATTCTTCGC
    AGCCTAAGGA GGAACACTAA GAAACCAAAG CCCAAACCCC GGCCATCCAT CACAAAGGCA
    ACCTGGGAGA GTAACTATTT TGGGGTGCCC TTAACAACTG TCGTGACTCC AGAGAAGCCG
    ATCCCCATTT TTATTGAAAG ATGTATTGAG TACATTGAAG CCACAGGACT GAGCACGGAA
    GGCATCTACC GGGTCAGCGG GAACAAGTCT GAGATGGAGA GTCTGCAGAG ACAGTTTGAT
    CAAGACCACA ACCTGGACCT GGCAGAGAAA GACTTTACGG TGAATACCGT GGCTGGTGCC
    ATGAAGAGCT TTTTCTCAGA ACTGCCTGAC CCCCTGGTCC CGTATAACAT GCAGATCGAC
    TTGGTGGAAG CACACAAAAT CAACGACCGG GAGCAGAAGT TGCATGCCCT TAAGGAGGTA
    TTAAAGAAAT TTCCAAAGGA AAACCACGAA GTCTTCAAGT ATGTCATCTC TCACCTAAAC
    AACTGGGGAG AACCGGGACA CTGCACCTCG AGAGATGTGC TGCAGGAGAC AGCCAGCCTC
    CGGCATGGAG CACAGCCGCA GGCGGGAGGC CGTATGGTTG TTCCCTGA

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

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